# data[].attributes.body
Precaution steps:
- To ensure the accuracy of burette reading is taken from the bottom of the meniscus that aligns with the calibration mark at eye level as the reading
- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.

# data[].attributes.body
Precautionary steps:
1. Upon reaching the mark of volumetric flask, distilled water must be added very slowly to avoid excess addition if water by using dropper
2. To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading

# data[].attributes.body
An equivalence point is the point in titration at which the added titrant react completely with electrolyte according to stoichiometry. To detect this equivalence point an indicator which produce a change in colour is often used.

# data[].attributes.body
Two precautions step:
- To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading
- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly to avoid excess addition of water by using a dropper  .

# data[].attributes.body
THEORY:
-Titration is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration.
-Equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.
-An indicator which produces a change in color is often used to determine the end point of the titration process.

# data[].attributes.body
Theory
Titration is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration

# data[].attributes.body
THEORY
-Titration is a laboratory technique to determine the concentration of a solution with a known concentration
-There is a standard solution used as one of the solution in titration. It can be classified as either primary or secondary.
-Equivalent point is the point in a titration at which the added titrant react completely with the electrolyte according to stoichiometry.
-An indicator used to detect this equivalence point which produces a change in colour is often used

# data[].attributes.body
Conclusion:
Molarity of acid nitric solution is 0.1065M.
Molarity of the stock acid nitric solution is 2.6625M

# data[].attributes.body
Conclusion
1. The concentration of stock nitric acid solution is 2.6625 M
2. The concentration of dilute nitric acid solution is 0.1065 M

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Average volume of = (I + II + III) / 3
KOH        = (26.60+26.70+26.60) / 3
= 26.63 mL

# data[].attributes.body
CONCLUSION

-The molarity of dilute (acid) solution is....
-The molarity of stock (acid) solution is....

CALCULATION

use MaVa/MbVb to calculate molarity of dilute (acid) solution

use M1V1 x M2V2 to calculate the molarity of stock (acid) solution

# data[].attributes.body
Precaution Steps:

1. Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.
2. To ensure the accurancy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading

# data[].attributes.body
Objectives:
1. To determine the concentration of stock nitric acid solution
2. To determine the concentration of dilute nitric acid solution

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Theory: Write AT LEAST five points for safety. If is titration, points included
. Titration is a ......
. Standard solution........
. Primary standard solution........
. Secondary standard solution.......
. Equivalence point......
. Indicator........
. End point..........

Calculation: write in 4dp. Final answer need not to write in 4dp. Remember to write unit.

Chemical equation MUST write.

Precaution steps:
1. Upon reaching the mark of volumetric flask, distilled water added very slowly to avoid excess addition of water using dropper.
2. To ensure the accuracy of the burette reading, take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading.

# data[].attributes.body
THEORY
1) an equivalent point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.
2) An indicator which produces a changes colour is called the end point

# data[].attributes.body
PRECAUTIONS:
-To ensure the accuracy of burette reaading,take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading
-Upon reaching the mark of a volumetric flask,distilled water must be added very slowly by using dropper to avoid excess addition of water

# data[].attributes.body
Precaution steps:
1)To ensure the accuracy of burette reading,take the bottom of the meniscus that aligns with the calibration mark at eye level as reading.
2)Upon reaching the mark of a volumetric flask,distilled water must be added very slowly to avoid excess addition of water.

# data[].attributes.body
-to ensure the accuracy at burette reading,      take at meniscus that aligns with the calibration mark at eye level as the reading
-Upon reaching the mark of volumetric flask, the distilled water must be added very slowly to avoid excess addition of water using a dropper

# data[].attributes.body
2 Precaution steps:
1)Upon reaching the mark of a volumetric flask, distilled water must be added very slowly to avoid excess addition of water by using dropper.
2)To ensure the accuracy of burette reading, take the bottom of the meniscus that aligns with the calibration mark at the eye level as reading.

# data[].attributes.body
Two precautions step:
- To ensure the accurancy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading
- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.

# data[].attributes.body
Precaution step
Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using dropper to avoid excess addition of water.

# data[].attributes.body
An equivalent point is the point in a titration at which the added titrant reacts completely with electrolyte according to stoichiometry

An indicator was used to determine the equivalent point which produces a change in colour

# data[].attributes.body
1.Titration is the laboratory technique used to determine the concentration of a solution using another solution with a known concentration

2. An equivalence point is the point in a Titration at which the added titrant reacts completely with the electrolyte according to stoichiometry

# data[].attributes.body
Theory

1.The standard solution can be classified as either primary or secondary.
2.An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.

# data[].attributes.body
THEORY
1.TITRATION is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration.
2.END POINT is the point at which the indicator changes colour

# data[].attributes.body
THEORY

1. Titration is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration.

One of the solution involved in a titration is used as a standard solution. The standard solution can be classified as either primary or secondary. Primary solution is prepared by dissolving an accurately weighed pure solid of a known molar mass in a known volume of distilled water. Primary standard is used to determine the molarity  of the other standard solution known as secondary standard.

An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.

End point is the point at which the indicator changes colour. End point and equivalence point should be the same.

2. An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.To detect equivalent point, an indicator which produces a change in colour is often used. The end point and equivalence point should ideally be the same

The standard solution can be classified as either primary or secondary. A primary standard solution is prepared by dissolving an accurately weighed pure solid of a known molar mass in a known volume of distilled water.

# data[].attributes.body
1 Titration is the process of chemical analysis in which the quantity of some constituent of a sample is determined by adding to the measured sample an exactly known quantity of another substance with which the desired constituent reacts in a definite, known proportion.

2 An equivalence point is the point of a titration at which the added titrant reacts absolutely with the electrolyte according to stoichiometry.

3 An end point is a point at which the indicator changes its colour.

# data[].attributes.body
1)Equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry

2)End point is the point at which the indicator changes colour

# data[].attributes.body
THEHORY
1) An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.To detect equivalent point, an indicator which produces a change in colour is often used. The end point and equivalence point should ideally be the same

2) The standard solution can be classified as either primary or secondary. A primary standard solution is prepared by dissolving an accurately weighed pure solid of a known molar mass in a known volume of distilled water.

# data[].attributes.body
THEORY
-Titration is a laboratory technique used to determined the concentration of a solution using another solution with a known concentration.

- End point is the point at which the indicator changes colour.

# data[].attributes.body
1.The standard solution can be classified as either primary or secondary.
2. An equivalent point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry

# data[].attributes.body
Theory :
1. Titration is a laboratory knowledge used to determine  the concentration of a solution using another solution with a known concentration.

2. The point at which the indicator changes colour is called the end point

# data[].attributes.body
1. titration is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration.
2. the standard solution can be classified as either primary or secondary.
3. an equivalence point is the point in a titration at which the added titration reacts completely with the electrolyte according to stoichiometry.
4. end point is the point at which the indicator change color.

# data[].attributes.body
Theory
titration is a laboratory technique used to determine the concentration of a solution using another solution with known concentration
equivalence point is the point in titration at which the added titrant reacts completely with the electrolyte according to the stoichiometry

# data[].attributes.body
1) Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.
2) To ensure the accuracy of burette reading, take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading.

# data[].attributes.body
THEORY
1. An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.
2. End point is the point at which the indicator changes colour. End point and equivalence point should ideally be the same.

# data[].attributes.body
1) One of the solution involved in a titration is used as a standard solution.

2)The standard solution can be classfied as either primary of secondary.

# data[].attributes.body
1-A equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry
2-The end point equivalence should be the same

# data[].attributes.body
-Upon reaching the calibration mark, use a dropper to add the water drop by drop until the it reaches the calibration mark
-Ensure the eye level is aligned to the scale of instrument and bottom of meniscus level to obtain an accurate reading

# data[].attributes.body
1. Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.
2. To ensure the accurancy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading.

# data[].attributes.body
An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry. To detect this equivalence point, an indicator which produces a change in colour is often used. The point at which the indicator changes colour is called the end point. The end point and equivalence point should ideally be the same.

# data[].attributes.body
Precaution Step
- to ensure you the acuracy of burette reading, take the bottom of meniscus that alligns with the calibration mark at eye level as the reading
-ensure there are no air bubbles in the burette tip. This is because air bubbles will effect the volume of getting an accurate value

# data[].attributes.body
Theory
1)Titration is defined  as the process of determine the quantity of A substance A by adding  measured increments of  a substance B ,the titrant with which It react until exact  the equivalence point is achieved
2)an equivalence is the point in a titration at which the added titrant reach completely with  the electrolyte according to storchiometry

# data[].attributes.body
Theory
- An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.
- An indicator which produces a change in color is often used.

# data[].attributes.body
Theory
1.An indicator which produces a changes colour is called the end point.

2. An equivalent point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.

# data[].attributes.body
Precaution Step
- to ensure you the acuracy of burette reading, take the bottom of meniscus that alligns with the calibration mark at eye level as the reading
-ensure there are no air bubbles in the burette tip. This is because air bubbles will effect the volume of getting an accurate value

# data[].attributes.body
Theory :
1)Titration is a laboratory technique used to determine the concentration of a solution using another solution with a known concentration.
2) The point at which the indicator change colour is called end point

# data[].attributes.body
1.  Equivalence point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.
2. An indicator which produces a changes colour is called the end point.

# data[].attributes.body
Theory:
1.the point at which the indicator changes colour is called the end point
2.An equivalence point is the point in a titration at which the added titrant reacts completely with electrolyte according to stoichiometry

# data[].attributes.headline
i)Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.                                                                            ii)To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading. 

# data[].attributes.subject
i)Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.                                                                            ii)To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading. 

# data[].attributes.body
Theory
1. An equivalent point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.

2. An indicator which produces a changes colour is called the end point.

# data[].attributes.body
1) upon reaching the mark of a volumetric flask , distilled water must be added very slowly by using a dropper to avoid excess addition of water
2)eyes must perpendicular to the miniscus level for the perfect reading

# data[].attributes.body
TWO PRECAUITON STEPS
1- To ensure the accuracy of burette reading, take the bottom of meniscus that aligns with the calibration mark at the eye level of the reading.
2- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addtion of water

# data[].attributes.body
1) Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water

2)  To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading

# data[].attributes.body
- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.
-To ensure the accuracy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading.

# data[].attributes.body
Theory
1. The end point is a point at which the indicator changes colour.

2. An equivalence point is the point in a titration at which the added titrant reacts completely with the electrolyte according to stoichiometry.

# data[].attributes.body
Two precautions step:
- To ensure the accurancy of burette reading take the bottom of the meniscus that aligns with the calibration mark at eye level as the reading
- Upon reaching the mark of a volumetric flask, distilled water must be added very slowly by using a dropper to avoid excess addition of water.

# data[].attributes.body
1) Ensure there are no air bubbles in the burette tip. This is because air bubbles will effect the value of gettingan accurate value.

2) Take the bottom of meniscus that aligns with the calibration mark at eye level of the reading to ensure the accuracy of burette reading.

# data[].attributes.body
If you get a chance to read the instructions on a bottle of deodorant, you might have read the warning signs indicating the bottle to be kept away from the sunlight and high temperature. Ever wondered why? The answer lies in Charle’s Law. Under high temperatures, the air molecules inside the bottle will expand which can lead to the bursting of the deodorant bottle.

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Temperature and volume are directly proportional to each other, according to Charle's Law. When you heat a gas, it expands. As the gas expands, the density of the gas decreases, and the balloon rises into the air. Warm air is less dense than cold air, which means it is lighter. Warm air also has less mass per unit volume.

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Charle’s Law describes that temperature and volume are directly proportional to each other. When a gas is heated, it expands. As the expansion of the gas takes place, it becomes less dense and the balloon is lifted in the air. The warm is less dense than the cold air, which means that it is lighter than the cold air. Also, the warm air has less mass per unit volume.

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The operation of your lungs also can be explained using Boyle’s Law. When you inhale, your diaphragm lowers, which increases the volume inside your lungs. This makes the air pressure inside your lungs lower than the air pressure outside your lungs ; therefore, the outside air is drawn into your lungs . When you exhale, your diaphragm pushes upwards, reducing the volume inside your lungs, increasing the pressure and forcing the air outwards.

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When ping pong ball float on hot water, the temperature of the air inside the ball also increases, which is leads to an increases in the volume of the gas. Therefore, the shape of the ball is restored.

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avoid stored spray bottle under high temperatures, air molecules inside the bottle will expand and lead to the bursting of the bottle due to Charle's Law.

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As the temperature in the hot air balloon rises from the flame the volume of the balloon increases proving Charles Law. Therefore you can control the height of the balloon by increasing the amount and size of the flame that is going inside of the balloon.

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A basketball reduces in size when left outside on a chilly winter night. The volume of gas within the basketball diminishes as the temperature drops. This illustrates how a decrease in temperature will result in a decrease in volume at constant pressure. When the environment changes, however, the basketball regains its volume.

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The syringe is an commonly used item that implies Boyle's law. When the plunger is pulled out the volume inside increases. Thus, the pressure drops. The liquid or air from outside the syringe rushes in to even out the pressure. Then, when the plunger is pushed back in the volume decreases; the pressure increases and the fluid or air from inside the syringe is expelled out.

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Flat tyres lack proper shape and strength, which makes it difficult for a vehicle to move properly. When air is pressed into flat tyres with the help of an air pump, the air molecules get tightly packed. The more be air molecules present in the tyre, the more will be the pressure exerted on the walls of the tyre. Hence, inflating flat tyres is yet another example of Boyle’s law in real life.

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The turkey timer is an example of Charles' Law. Charles' Law states that when temperature increases, volume increases. The turkey timer is actually a pop-up thermometer which is placed in the turkey. As the temperature rises and the turkey cooks, the air in the thermometer expands to pop the plunger. The thermometer is calibrated so that when the correct internal temperature is reached, the thermometer cap pops off, providing a clear indication that the turkey is done.

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Usage of Internal Combustion Engines: Many industries use such engines in their factories for production purposes. When the power of such an engine is increased, fuel is mixed with air and is compressed by the pistons of the engine. When the fuel-air mixture is under high pressure, it is ignited, and the sudden reduction in pressure increases the volume of the air, pushing the piston into the cylinder. This process repeats continuously, creating energy for the machine’s operation.

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A hot air balloon is an example of Charles' s law. As the temperature of the air increases, the volume of the air also increases and consequently, the density decreases. This makes the hot air balloon lighter than the atmospheric air surrounding it. The buoyant force pushes the lighter air balloon  up in the air, and it flies.

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An aerosol spray is an example application of Boyles's in our daily life. The contents are mixed with a gas under pressure high enough to render the gas into a liquid. When the nozzle is opened, however, this reduces the pressure suddenly, allowing the gas to expand. As it does so, it forces its way out of the nozzle, carrying the contents with it.

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Spray paint  is one of applications of Boyle’s law.When we press the sprayer the volume inside the can gets reduced. the liquefied gas expands and turns into gas, and the gas presses the paint inside the container

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Charles Law application in real life can be seen in kitchen . In order to make cakes soft and spongy. yeast is used for fermentation. Yeast produces carbon dioxide gas. When bread and cakes are baked at high temperatures; with an increase in temperature, carbon dioxide gas expand

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A real-life application of Boyle's Law when you fill your bike tires with air. When you pump air into a tire, the gas molecules inside the tire get compressed and packed closer together. This increases the pressure of the gas, and it starts to push against the walls of the tire

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Syringe is an example of Boyle's Law. When we push the plunger (piston) of a syringe, the volume of liquid inside the barrel reduces resulting in an instant increase in the pressure of the liquid. Hence, the liquid or fluid is injected into the patient’s body.
In the same manner,  when we pull the plunger, the volume inside the barrel increases with a drastic decrease in the pressure.

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Scuba diving is an example of Boyle's Law. As the diver descends, the water pressure increases causing the air in their body and equipment has smaller volume . As diver ascends, the pressure decreases, causing their body and equipment to expand to acquire a greater volume.

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In a chilled soda can is an example of charle's law , due to low temperature, there is a decrease in the volume. That's why it is hard to see any bubble come out from the can

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Spray paint is an example of Boyle's Law. A significant amount of pressure is exerted by the paint molecules on the body of the can in which it is contained. When the top of the can is pressed, the volume inside can gets reduced and the paint is thrown out with great pressure.

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one of the gas law application in real life is the shrinking of a helium balloon on a colder day. Well, everyone is quite aware of what is helium balloon?

We all remember that during our childhood days when we step outside our home with a helium balloon on the chilly days (winter season of course).

The balloon will shrink a bit due to the degree of coldness or decrease in temperature. It happens because of Charles’s gas Law.

According to Charles law definition; when the temperature decreases so do the volume of helium gas inside a balloon. On the other hand, when the same balloon is brought back to a worm room, it regains its original shape.

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As Boyle's Law states that with a decrease in the pressure of a gas, the volume of gas increases. So, when the nozzle of spray paint is pressed, with a sudden decrease in the pressure of a gas, the volume of pressurized gas increases. Therefore, highly compressed gas expands drastically.

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Based on the Charles Law definition on under high temperatures, the molecules gas inside the deodorant bottle will expands. Thus, leads to the bursting of the deodorant

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Boyle's Law is a hand bicycle pump. By pushing down on the piston, the volume of the gas decreases, the molecules are now having more chances of collisions with the interior walls of the pump and this increases the pressure of the air inside so that it is forced into the tire.

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This is an air compressor, how idoes it used? si basically air compressed into the tank usiang the motor hat mounted in top of it, so the air compressed itin the tank, making the preasure inside the tank becomes high, when the air released from the valve, the air eill travel with such a high speed to blow something up, like cleaninf the garage floor, filling the tyre with air, expanding the baloon and so on. So when the air is compressed into the tank, the preasure will increase.

# data[].attributes.body
The pool floats forms a real-life example of Charles' Law. We might have observed that after we inflate a pool float and push it into the pool, it seems a bit under-inflated. This is not because of any leak in the float. However, this happens because the temperature of the water in the pool is low, which reduces the volume of the air inside.

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Hot air balloon is one of the example of Charles's Law. Charles's Law states that for a fixed amount of gas at constant pressure, the volume of gas is directly proportional to its absolute temperature. When the volume increase, the temperature also increases. So when the temperature of the air balloon is increases, the volume in air balloon is increases, so that's why hot air balloon can floated at air

# data[].attributes.body
Straw is one of the applications of Boyle's Law that we apply on daily basis. Here's a little explanation of how Boyle's Law works on straw. Assuming that you have a straw in your mouth, rather than your finger, the pressure of the air in the straw will be more than the pressure of the air in your mouth, so air will be pushed into your mouth. As a result of that air movement, there will be less air in the straw. We know (Boyle's Law) that a decrease in amount means a decrease in pressure, so as the air leaves the straw and goes into your mouth, the pressure in the straw will decrease.

# data[].attributes.body
Charles' Law states that the relationship between temperature and volume are directly proportional.As the temperature decreases, so do the volume of the gas inside the basketball. A real life example of Charles's law is leaving a basketball out in the cold weather. When a basketball if left in a cold garage or outside during the cold months, it loses its air inside (or volume). This is showing, with constant pressure, if the temperature drops, the volume decreases also. Once you bring the ball back into a warm temperature, it starts to gain its volume back, showing again that with constant pressure the temperature and volume are increasing.

# data[].attributes.body
Bicycle pump
A hand bicycle pump is a great example to show about Boyle law. When the handle of a pump is pushed down, the pressure inside the pump will increase,the volume inside the bike pump decreases. In other words, the gas inside is compressed. As a result, the pressurized gas is forced inside the tire of a vehicle.So it same with what Boyle's Law states that the pressure and volume of a gas are inversely proportional.

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As Boyle's Law states that with a decrease in the pressure of a gas, the volume of gas increases. So, flat tyres lack proper shape and strength, which makes it difficult for a vehicle to move properly. When air is pressed into flat tyres with the help of an air pump, the air molecules get tightly packed. The more be air molecules present in the tyre, the more will be the pressure exerted on the walls of the tyre. Hence, inflating flat tyres is yet another example of Boyle’s law in real life.

# data[].attributes.body
As we know ,we use spray paint to repaint our bicycle,old furnitures, and many more.As Boyle's Law states that with a decrease in the pressure of a gas, the volume of gas increases. So, when the nozzle of spray paint is pressed, with a sudden decrease in the pressure of a gas, the volume of pressurized gas increases. Therefore, highly compressed gas expands drastically

# data[].attributes.body
Charle's law describe that temperature and volume are directly proportional to each other.
In cold weather, you might have regularly kept a check on the pressure of the tyres of your car. Driving increases the temperature of the tyres, and, therefore, the air inside the tyre warms and expands. When you measure the pressure of the tyres at the time when you have just driven the car, it will be high. However, in cold weather, the pressure of the tyres will be low. So, it is recommended that you should always measure the pressure of the tyres

# data[].attributes.body
Soda bottle is one of the sample of Boyle's Law. This is because the Boyle's law state that pressure is inversely proportional to the volume. As the soda is pumped into the soda bottle by passing the water on carbon dioxide and when we open the bottle, weare actually reducing the pressure on the gas and the volume of the gas expands, then the soda bottle obeys the Boyle's law.

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As we know, we always use deodorant in our daily life to keep us smell good. But if you get a chance to read the instructions on the deoodorant's bottle, you will found the warning signs indicating the bottle to kept away from the sunlight and high temperature. This is actually in Charles' Law. Under high temperature, the air molecules inside the bottle will expand which can lead to the bursting of the deodorant bottle.

# data[].attributes.body
Spray paint is an example of a tool that follows Boyle's Law which is used by artists to create art. The moment the nozzle is pressed, the volume inside decreases. Thus, the gas inside will be highly compressed causing the gas including the paint to be forced to exit from the nozzle sprayer

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One of the applications of Boyle’s law is the mechanics of human breathing. I hope you are well aware of the fact that what is the mechanics of human breathing .

The mechanics of human breathing strictly follow Boyle’s law. According to Boyle’s law definition, pressure is inversely proportional to volume.

As we all know the mechanics of breathing or Respiration involve two different processes example exhale and inhale. So, when we inhale, the volume of the lungs increases which in turn decreases the pressure inside the lungs compared to the outer atmosphere. As a result, air rushes inside the lungs.

# data[].attributes.body
Scuba diving is example of Boyle's Law.For example,when the diver moves down of water,the pressure increase but the volume decreases.So the diver blood begins to absorb the oxygen gas.

While,when the diver moves upwards the pressure begin to reduce or decreases but the volume is increases.So the oxygen begin in diver blood begin to expands.

This is Boyle's Law because the pressure is inversly propotional to volume.

# data[].attributes.body
Human breathing is an example of Boyle's law. When we inhale, the volume of lungs increases thus the pressure inside the lungs decreases. As a result, air rushes into the lungs. When we exhale, the volume of lungs decreases thus the pressure inside the lungs increases. Hence, air rushes out of our lungs.

# data[].attributes.body
Syringe is one of the example of Boyle's Law. Boyle's Law states that when the pressure increase, the volume will decrease.
By this, we can show that when the plunger is pushed, the pressure on the plunger is increasing , thus the volume of its fluid is decreasing.
Similarly, on pulling up the plunger, the pressure will reduced, the the volume is increasing.

# data[].attributes.body
Charle’s Law describes that temperature and volume are directly proportional to each other. When a gas is heated, it expands. As the expansion of the gas takes place, it becomes less dense and the balloon is lifted in the air. The warm is less dense than the cold air, which means that it is lighter than the cold air. Also, the warm air has less mass per unit volume.