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Stopping Distances OALH

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Last updated over 5 years ago
29 questions
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Do Now
Question 1
1.

1. State Newton’s third law

Question 2
2.

Question 3
3.

Question 4
4.

4.Write the equation linking force, mass and acceleration

Question 5
5.

Question 6
6.

Explain why, despite the moon exerting an equal and opposite force on the earth, the earth doesn’t orbit the moon

Key Knowledge LCWC
Question 7
7.

What is the equation used to calculate stopping distance?

Question 8
8.

Describe the forces acting on the car during thinking distance

Question 9
9.

Describe the forces acting on the car during braking distance

Question 10
10.

Whatis thinking distance?

Question 11
11.

What is braking distance?

Question 12
12.

What factors can affect braking distance?

Question 13
13.

What is the equation used to calculate stopping distance?

Question 14
14.

Describe the forces acting on the car during thinking distance

Question 15
15.

Describe the forces acting on the car during braking distance

Question 16
16.

Whatis thinking distance?

Question 17
17.

What is braking distance?

Question 18
18.

What factors can affect braking distance?

Recall Quiz
Question 19
19.

Question 20
20.

Question 21
21.

Question 22
22.

Question 23
23.

List 5 factors that can affect braking distance

We Do
Question 24
24.

A person drives a car A around a racetrack at 60m/s, the car in front breaks down so the driver needs to stop the car immediately. Car B is the same car as car A and also must stop immediately, but was driving at 30m/s. Assuming the driver’s reaction time is the same in both cars, explain in which car the stopping distance will be greater.

You Do
Question 25
25.

Two cars are driving at 20m/s along a motorway. There is a queue of traffic up ahead so both react and step on the brakes at the same time. Car A has new tyres, whereas car B’s tyres are old and worn. Explain which car will have the shortest stopping distance.

You Do Challenge
Question 26
26.

A car and a lorry are both travelling at 40mph. A traffic light turns red and both drivers react and step on the brakes. Both vehicles have new brakes and tyres. Explain which vehicle will have a shorter stopping distance.

Plenary
Question 27
27.

Question 28
28.

Question 29
29.

3.Define thinking distance

2.State the two possibilities for an objects motion if the resultant force acting on it is 0N
Constant Speed
Accelerating
Stationary
Decelerating
3. State 3 non-contact forces
Friction
Electrostatic Force
Gravitational Force
Magnetic Force
Thrust
5.Calculate the uncertainty of these measurements: 5, 6, 4, 12
4
8
10
12
Which of these statements is true?
1.Braking distance is the sum of thinking distance and stopping distance
2.Stopping distance is the sum of thinking distance and braking distance
3.Thinking distance is the sum of braking distance and stopping distance
Thinking distance is the…
1.The distance the vehicle travels during the driver’s reaction
2.The time the vehicle travels during the driver’s reaction
3.The reaction time of the driver
A car travels 7m during a the driver’s reaction time, then a further 23m whilst the car is braking. What was the cars stopping distance?
16m
30m
161m
A car travels 46m whilst the car is braking. The total stopping distance was 56m. What was the cars thinking distance?
102m
56m
10m
1.Calculate stopping distance when thinking distance is 15m and braking distance is 40m
55m
25m
110m
2.Calculate braking distance when thinking distance is 20m and the stopping distance is 80m
100m
60m
4m