Grade 10 Physics Test
Grade 10
Physics Test
For Mid-Term
4(a)
4(b) I
4(b) II
5(a)
5(b) I
5(b) II
6(a)
6(b)
7(a) I
7(a) II
7(b)
8(a)
8(b) I
8(b) II
9(a) I
9(a) II
9(b) I
9(b) II
Date 1.8.25
👉Write down all Formulae related Motion and mention all symbols of the formulae.
22.8.25 (3:00 pm)
Weekly Test
Grade 10
Physics
1. Which of the following quantities are scalars and which are vectors?
(a) speed (b) velocity (c) average velocity (d) acceleration (e) displacement.)"
2. A force 3 N pointing east and a force 6 N pointing north acts on a particle. Find the magnitude of the resultant force. Check your answer by drawing a vector diagram.
3. Check whether the following statements are true or not.
(a) If the speed changes, the velocity also changes.
(b) Although speed changes, there is no acceleration.
(c) If the speed does not change, but the direction changes, there will be acceleration.
4.A car moving on a straight road with constant acceleration arrives at a certain point after travelling 5 s from the starting point. If the initial velocity is 44 ft s⁻¹ and the final velocity is 66 ft s⁻¹, find the acceleration and average velocity of the car. How far it has travelled during this 5 s?
1. Which of the following quantities are scalars and which are vectors?
(a) speed (b) velocity (c) average velocity (d) acceleration (e) displacement.)"
2. A force 3 N pointing east and a force 6 N pointing north acts on a particle. Find the magnitude of the resultant force. Check your answer by drawing a vector diagram.
3. Check whether the following statements are true or not.
(a) If the speed changes, the velocity also changes.
(b) Although speed changes, there is no acceleration.
(c) If the speed does not change, but the direction changes, there will be acceleration.
4.A car moving on a straight road with constant acceleration arrives at a certain point after travelling 5 s from the starting point. If the initial velocity is 44 ft s⁻¹ and the final velocity is 66 ft s⁻¹, find the acceleration and average velocity of the car. How far it has travelled during this 5 s?
Chapter 2
👉 12.9.25 (3:00 pm)
1. In a one-round-about-town walking race the starting point is the same as the finishing point. Whose magnitude of displacement is greater: the one who completes the race (or) the one who gives up half-way?
2. A man walks 3 miles east and then 3 miles north. Draw a vector diagram to show his resultant displacement from his starting point. If he takes 2 hours to complete his journey, find his average speed and average velocity.
3. A plane starts from rest, speeds over a distance of 450 m with constant acceleration for 15 s and takes off. What is the acceleration of the plane? Find its take-off velocity in km h⁻¹.
4.Draw a graph of velocity against time for a body which starts with an initial velocity of 4 m s-1 and continues to move with an acceleration of 1.5 m s for 6 s. Show how you would find each of the following from the graph: (a) the average velocity, (b) the distance moved in those 6 s.
5. A car is travelling with a constant velocity of 36 km h-1. The driver sees a cow on the road at a distance 28 m from the current position. If the car decelerates at 2 m s-2, will the car hit the cow?
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