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Activity 9

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Activity 9

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Brayan Cumplido

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https://view.genial.ly/5e50060003f59b731755d15a/presentation-activity-9

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https://view.genial.ly/5e500afccda7467998106d35/presentation-activity-9

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https://view.genial.ly/5e50055903f59b731755cd15/presentation-untitled-genially

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https://docs.google.com/presentation/d/1FOpFhNg1hEQ4gijmg6bYDDRfuGYD3HlR4w5BRydkB7s/edit#slide=id.p

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https://view.genial.ly/5e500157a5603f793f7393ad/presentation-activity-9-newtons-law

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jazmine crockett

NEWTONS LAWS

Newton first law of motion - sometimes referred to as the law of inertia.

newtonthird For every action, there is an equal and opposite reaction.

nn

Newton seconed states that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object.

This is using newton first law because she is pushing the seeat belt in.she is uuse force

1

There's no newton laws being use in this picture. with newtons law there's no pull or pushing

1

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Untitled genially by Jazmine Crockett on Genially

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jazmine crockett NEWTONS LAWS Newton first law of motion - sometimes referred to as the law of inertia. newtonthird For every action, there is an equal and opposite reaction. nn Newton seconed states that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object.

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https://view.genial.ly/5e50043f03f59b731755c309/presentation-project-newtons-law-activity-9

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https://view.genial.ly/5e502e4683def413511d756b/presentation-untitled-genially

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activity 8

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activity 8

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Period 4

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I learned that sleepy driving is as dangerous drunk driving
my knowledge rank for then vs  now on a 1-5 scale
then=0
now=4

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Get access to files anywhere through secure cloud storage and file backup for your photos, videos, files and more with Google Drive.

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Reaction Distance- how far the car travels in the time it takes the driver to react to a hazard.
Reaction time- The amount of time it takes to respond to a stimulus
Drunk reaction time: 250-280ms
Sober reaction time:150-200ms

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https://padlet.com/20htwreh/44fgl0lkq8z5

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Hour:7th

https://padlet.com/20yurgon/fthbui4iizar

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https://padlet.com/20jhastr/qu4bjgk6j96h

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https://padlet.com/20eliyan/kt7iw5qh2igl

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https://padlet.com/20orllop/d2tw48vu7530

Maria S., Anthony, Brayan, and Orlando

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https://padlet.com/20imuabs/f7hh46avsv6g

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https://padlet.com/20anymar/b004ra9olnt4

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https://padlet.com/20errmoo/kxhc2ji4b5rj

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https://padlet.com/21chrhe1/2u1iokd80b2c

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https://padlet.com/20jaymon/gys2kzkw58im

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3 Newton’s Laws of Motion

First Law: The first law says that an object at rest tends to stay at rest, and an object in motion tends to stay in motion, with the same direction and speed.

Second Law: The second law says that the acceleration of an object produced by a net (total) applied force is directly related to the magnitude of the force, the same direction as the force, and inversely related to the mass of the object.

Third Law: The third law says that for every action (force) there is an equal and opposite reaction (force).

Newton’s Law of motion examples VIDEO.

https://www.youtube.com/watch?v=mn34mnnDnKU

First law example of the video: an object like a sofa is stable and therefore is not moving, when you try to move it it don’t move because is too large and heavy, but when you try to move a smaller rock you can with a lot of effort. Nothing wants to move not even a rock but with effort everything can move. Things want to stay where they are nothing is this universe moves without an external force applying effort to it. A rock will move forever if you kick it if nothing stops it but things like gravity, air, or a tree will make it stop.

Second law example of the video: if there are two people in a swing a fat one and a skinny one if you apply the same force to move them both because of the mass of the object they velocity will not be the same.

Third law example of the video: a bicycle is the perfect example for explaining Newton's third law, why does a bicycle only moves forward, well according to the law for every action (force) there is an equal and opposite reaction (force) so when you pedal backward the opposite force will move you forward.

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group 2

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group 3

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Activity 6

mmcht man don't nobody say nothing about my face 🙄🤦🏽‍♀️

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https://padlet.com/21bawsan/10iz7lo6fsqs

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aracely velasquez group 2

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aracely velasquez group 2

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Activity 1 ( group 2 )A car's overall stopping distance is made up of the driver's thinking distance (the distance the car travels from the point when the driver releases they need to brake and they actually start to brake) and their braking distance (the distance the car travels from the point when the driver starts to press the brake pedal and the vehicle comes to a complete stop).

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Activity 1 ( group 2 )A car's overall stopping distance is made up of the driver's thinking distance (the distance the car travels from the point when the driver releases they need to brake and they actually start to brake) and their braking distance (the distance the car travels from the point when the driver starts to press the brake pedal and the vehicle comes to a complete stop).

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GROUP 2

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activity 5 (Group 2) Safe distancesYou must drive a safe distance behind a vehicle traveling in front of you. Following another vehicle too closely is known as tailgating. If you tailgate you may not be able to safely stop in time to avoid a collision.

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activity 5 (Group 2) Safe distancesYou must drive a safe distance behind a vehicle traveling in front of you. Following another vehicle too closely is known as tailgating. If you tailgate you may not be able to safely stop in time to avoid a collision.

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Activity #3  (Group 2) Breaking Distance:The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. That's why it's SO important not to exceed the speed limit. The distance the car travels from the point when the driver releases they need to brake and they actually start to brake. Stopping distance is the time that it takes to bring a moving car to a complete stop. 

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Activity #3  (Group 2) Breaking Distance:The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. That's why it's SO important not to exceed the speed limit. The distance the car travels from the point when the driver releases they need to brake and they actually start to brake. Stopping distance is the time that it takes to bring a moving car to a complete stop. 

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Danielle

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Bawi Sang
Group 1

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Reaction Distance- how far the car travels in the time it takes the driver to react to a hazard.
Reaction time- The amount of time it takes to respond to a stimulus
Braking Distance- How far your car travels from the brakes and applied until it comes to a complete stop.

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Group 3
The safety distance is the ideal 2 seconds the driver should be behind any car in front of them, incase in need of an emergency break.

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Activity 3 - Group 3.   Stopping distance is the distance travelled between the time when someone decides to stop a vehicle, and the time when the vehicle completely stops. This can change depending on the drivers reflexes and the surface of the road. The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car travelling at 40 mph will take 80 ft to come to a stop. The stopping distance is the reaction distance + braking distance. First we calculate the reaction distance: 90 km/h ⇒ 9. 9 * 1 * 3 = 27 metres reaction distance.Braking distance is the distance traveled from the moment the person hits the brakes until the car comes to a final stop. Something that needs to be considered when it comes to speed is the velocity you’re traveling. For instance, The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. The braking distance formula is  Sf= V x T Sf= DistanceV= Velocity T= Time 

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Activity 3 - Group 3.   Stopping distance is the distance travelled between the time when someone decides to stop a vehicle, and the time when the vehicle completely stops. This can change depending on the drivers reflexes and the surface of the road. The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car travelling at 40 mph will take 80 ft to come to a stop. The stopping distance is the reaction distance + braking distance. First we calculate the reaction distance: 90 km/h ⇒ 9. 9 * 1 * 3 = 27 metres reaction distance.Braking distance is the distance traveled from the moment the person hits the brakes until the car comes to a final stop. Something that needs to be considered when it comes to speed is the velocity you’re traveling. For instance, The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. The braking distance formula is  Sf= V x T Sf= DistanceV= Velocity T= Time 

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Group 1
Hour:7th
date:01/30/20
Activity: 7

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activity 5- Safety Distance:this is when you have a space between the car in front of you and back. when if you have to do an emergency break, the car has a good distance that it wont crash. 

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activity 5- Safety Distance:this is when you have a space between the car in front of you and back. when if you have to do an emergency break, the car has a good distance that it wont crash. 

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Activity 3- Breaking Distance:The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. That's why it's SO important not to exceed the speed limit. The distance the car travels from the point when the driver releases they need to brake and they actually start to brake. Stopping distance is the time that it takes to bring a moving car to a complete stop. 

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Activity 3- Breaking Distance:The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. That's why it's SO important not to exceed the speed limit. The distance the car travels from the point when the driver releases they need to brake and they actually start to brake. Stopping distance is the time that it takes to bring a moving car to a complete stop. 

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Activity #1Reaction- The time or the amount of time an object has to react. Reaction Distance: how far a car travels in the time it takes for the driver to react to a hazard. When a light flashes in your eye, you react really fast, you don't see the light and react ten mins later, when your tired the reaction time is more less. Whenever your not sober it is way worse than when your well rested. More than half the time your reaction time is on point and very fast. reaction time depends on nerve connections and signal pathways 

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Activity #1Reaction- The time or the amount of time an object has to react. Reaction Distance: how far a car travels in the time it takes for the driver to react to a hazard. When a light flashes in your eye, you react really fast, you don't see the light and react ten mins later, when your tired the reaction time is more less. Whenever your not sober it is way worse than when your well rested. More than half the time your reaction time is on point and very fast. reaction time depends on nerve connections and signal pathways 

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Activity 7 - Emely

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Activity 7 - Emely

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Activity 7

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Safety Distance:
this is when you have a space between the car in front of you and back. when if you have to do an emergency break, the car has a good distance that it wont crash.

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Newton’s law in sports             Tell me where do you see the newtons law, please    

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Newton’s law in sports             Tell me where do you see the newtons law, please    

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https://m.youtube.com/watch?v=08BFCZJDn9w

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Breaking Distance:
The average car driving at 20 mph will travel 20 feet before coming to a complete stop, however a car traveling at 40 mph will take 80 ft to come to a stop. That's why it's SO important not to exceed the speed limit. The distance the car travels from the point when the driver releases they need to brake and they actually start to brake. Stopping distance is the time that it takes to bring a moving car to a complete stop.

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Activity #1Reaction- The time or the amount of time an object has to react. Reaction Distance: how far a car travels in the time it takes for the driver to react to a hazard. When a light flashes in your eye, you react really fast, you don't see the light and react ten mins later, when your tired the reaction time is more less. Whenever your not sober it is way worse than when your well rested. More than half the time your reaction time is on point and very fast. reaction time depends on nerve connections and signal pathways 

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Activity #1Reaction- The time or the amount of time an object has to react. Reaction Distance: how far a car travels in the time it takes for the driver to react to a hazard. When a light flashes in your eye, you react really fast, you don't see the light and react ten mins later, when your tired the reaction time is more less. Whenever your not sober it is way worse than when your well rested. More than half the time your reaction time is on point and very fast. reaction time depends on nerve connections and signal pathways 

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Reaction is the amount of time it takes to respond to a stimulus

Reaction distance is how far your car travels in the time it takes the driver to react to a hazard and step on the brake. Braking distance is how far your car travels from the time the brakes are applied until it comes to a complete stop.
reaction time when sober drunk;  120 milliseconds
time of reaction distance when  sober and drunk; 250 to 280 millisecond

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ID

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Reflection: When the speed is doubled, how much is the height multiplied.

The height is multiplied 4 times

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Emely -Activity 5
safety distance is the distance before the object comes into the danger point.

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Activity 4 and 2

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Emely Damian - Activity 6

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Period 4

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All links and padlet in this padlet.

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Hour 4

Safety Distance : the minimum distance from the light curtain's plane of light to the closest hazard or danger point where the operator could reach into the hazard.

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breaking time= 8.33/9.8=.85s
16.66/9.8= 1.7s
break distance= 8.33 x .85s=7 low
16.66 x 1.7= 28.32 high

Stopping Distance Sober Low: 9.08

Stopping Distance Sober High: 11.16
Stopping Distance Drunk Low: 34.56

Stopping Distance Drunk High:  40.81

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Esmeralda, Yuri                   Activity 7 

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Esmeralda, Yuri                   Activity 7 

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Group :1
Hour 7th
Date:01/27/20

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Danielle Jones
Hour 8

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Maria Simental
Hour. 5
Group 1

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Maria Simental Grijalva - Activity 2_ Calculation of reaction distances

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Maria Simental
Hour. 5:
Group 1

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Maria Simental Grijalva - Activity 1_ Reaction time and distance

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Group 3
Hour 7
Activity 6

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group 3
sober low velocity| 19.95
sober high velocity| 21.28
drunk low velocity| 76.076
drunk high velocity| 78.736

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Group 1
Hour 7
1/23/2020
Activity 6

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Group 3
Hr 7

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3.1.5

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errik and jordan

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activity 6

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acitvity 6

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activity 6

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activity 5

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activity 1&2

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Safe distances

You must drive a safe distance behind a vehicle travelling in front of you. Following another vehicle too closely is known as tailgating. If you tailgate you may not be able to safely stop in time to avoid a collision.

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activity 6