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Intensional energy: Joules
Temperature : degree celsius

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Joules for internal energy and degree celsius  for temperature

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Boiling occurs faster than evaporation and evaporation happens in any temperature unlike boling

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joules and degree celsius/fahrenheit

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Boiling can’t happen at any time, but evaporation can, plus boiling is a verb and evaporation is a noun.

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Boiling happened when the temperature of the liquid is greater than the boiling point. Evaporation can happened at any temperature.

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boiling requires 100 degree celsius while evaporation doesnt

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Evaporation occurs at any temperature whereas boiling occurs at a specific temperature. Boiling happens quickly, while evaporation happens slowly

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Evaporate is slower than boiling because evaporate occurs only from the surface of the liquid, but boiling can also occur throughout the liquid.

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boiling will only occur when it reaches it's boiling point, but evaporation occurs at any temperature above 0 degrees Celsius.

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boiling occurs faster than evaporation n evaporation occurs in any temperature but boiling occurs in a certain temperature

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When boiling occurs the temperature will increase unlike evaporation

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Evaporation considers as the vaporization of liquid at room temperature, where boiling is the vaporization of liquid when heated at its maximum boiling pint.
Evaporation can happen at any temperature but boiling don't.

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internal energy is not measurable but tempeture is.

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internal energy cannot be measured, but temperature can

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Internal energy is measured in joules. Temperature is measured in degrees Celsius.

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internal energy: joule temperature: degree celsius

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The unit for internal energy is joules, meanwhile the unit for temperature is Celsius, but sometimes use Fahrenheit

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Can measure temperature with thermometer but can't measure internal energy.

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we can measure temperature but cannot measure the exact amount of internal energy

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Joules and degrees Celsius, Fahrenheit

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Internal energy: Joule
Temperature: Celsius, Fahrenheit, Kelvin

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joules for internal energy and °C for temperature

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Internal energy uses joules and temperature uses degrees Celsius

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We can’t really measure the amount of internal energy, though we can measure the temperature

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we can measure the temperature but not internal energy

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We cannot measure internal energy but we can measure temperature

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we cannot measure the amount of internal energy, but we can measure temperature with a thermometer

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Internal energy cannot be measured with the same way as we measure temperature

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Refraction

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dispersion

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light reflected through raindrops

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sunlight refracted by raindrops in the air

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when light is reflected off rain drops

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When light goes through prism and refracted the colours spread

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By refraction

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Sun and rain

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Cone cells are located at the centre of the retina and there are three types of them and they can detect red, green, blue. On the other hand, rod cells are located at the outer parts of the retina, which can detect quite faint light, but do not detect different colours.

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cone and rod cells

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cone cells works better in bright light, rod cell works better in dim light

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cone cells and rod cells

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cone cell in bright light rod cell in dim light

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Cone cells detect brighter lights, rod cells detect dimmer lights

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green, red, blue

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Cone cells detect primary colours, and rod cells detect faint light

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rod cells and cone cells

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cone cells works in bright light and detect colors
rod cells works in dim light

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Rod cells can detect dim light and cone cells can detect colours

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Cone cells and rod cells

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cone cells n rod cells

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cone cells and rod cells

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Cone cells and rod cells

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Cone cells and Rod cells

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rod cells and cone cells

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cone cells and rod cells

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Cone cells and rod cells

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red + blue = magenta
blue + green = cyan
green + red = yellow

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red and blue = magenta
blue and green = cyan
green and red = yellow

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Blue+Green= Cyan
Green+Red= Yellow
Red+Blue= Magenta
All combine= white

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red,blue,green

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Magenta , cyan and yellow

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Cyan, Magenta, Yellow

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magenta, cyan, yellow n white

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red blue green

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Magenta, Yellow and cyan

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Red, Green, Blue

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Blue red green

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Blue red green

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red,blue,green

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Green, Blue, Red

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When the object is moving faster, there will be more contact with the air particles but if the object is slower, it can go around the object and won't hit the car. (18)

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when the object moves faster it will hit all the particles near, when it moves slower the particles will go over the object.

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example walking in the pool

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If the object is moving faster it will hit all the particles, but if it's slower it will give time for the particles to move out the way or go over the object

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there is less particles that need to push when comparing with moving fast

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there is less particles that need to push when comparing with moving fast

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When the object move faster it have to push the particles more harder and push more particles so drag increase.

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because of friction

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it is because when the object moving fast it will produce friction

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it is because when the object moving fast it will produce friction

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Its because of the continuous friction between the object and particle increases.

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because there in friction among the surface and the object

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Its because of the friction that the wheels made with the floor and the drag when the object moves fast (18)

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If the object is slow there are less fluids the object needs to push away.

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Because of friction that the object move fast and it heat up.

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It is because the drag and friction is greater when the object is moving fast.The friction between the moving object and the fluid can cause the moving object to heat up.

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Because the friction between the object and the particles increase .

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Her body is streamline shape

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streamlined shaped of the helment and tyres

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Helmet is streamlined shape which reduces drag and tight and smooth clothing which help reduce drag too.

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The shape of helmets and his/her body have to be streamlined (18)

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Her clothes are tight so when she move less air will be trapped inside the clothes.Also ,the surface of  Her helmet is smooth . Reducing drag can increase her speed

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streamline helmet, tight clothing reduce the drag, increase the speed.

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Helmet gives streamlined shape and smoother clothes give a smoother surface. The reduced drag makes backwards force less.

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Drag is reduced by keeping the area that faces the oncoming air or water as small as possible

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Drag is reduced by keeping the area that faces the oncoming air or water as small as possible, and by giving the object a streamlined shape.

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1. Keeping the area that faces the oncoming air or water as small as possible
2. Giving the object a streamlined shape.
3. The slower the object is moving, the less the drag.

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Smooth surface which cause less friction, Keeping the area that faces the oncoming air or water as small as possible by stream line shaped to allow resistance force go over easily.

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Keeping the area that faces the oncoming air or water as small as possible and by giving the object a streamlined shape

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Drag is a mechanical force that is generated by a solid body with liquid or gas’ interaction and contact.

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Drag is a mechanical force.