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PHYSICS101 (Newton's Law) \\\ By: OSAMA AL-SALEH

A classroom setting with a blackboard featuring Newton's laws of motion, students engaging with a physics quiz, vibrant colors

Master Newton's Laws: A Physics Quiz

Test your understanding of Newton's laws and fundamental physics principles with our engaging quiz! Designed for students and physics enthusiasts alike, this quiz will challenge your knowledge and help solidify key concepts.

Key Features:

15 thought-provoking questions
Multiple Choice Format
Instant Feedback on Answers

15 Questions4 MinutesCreated by JumpingPhysics101

In thr figure shown,a mass hangs as shown and the system is in equilibrium.If the tension T1=21 N , Find the tension T2 (in Newtons).

228

A man of mass 74 kg , There is an elevator input that moves upward at an acceleration of 1,8 m/s² , Find the resultant force acting on the person.

873.2

436.6

662.7

125.8

678.9

A Two of masses m1=25 kg and m2= 67 kg are conected with In the string of roller As shown , Calculate the tension in the string (in Newtons).

182 N

2.8 N

167 N

5.6 N

99.18 N

An external force affects a body of mass 64 kg, as in the figure. If you know that the body moved at an initial speed of 15m/s to 25m/s within 7 seconds, calculate the amount of force acting on the object (if the surface is smooth).

91.5 N

114.9 N

36.58 N

58 N

79.63 N

If the particle of mass at equilprium , It Expresses the normal force by:

N=mg

N=mg cos(&)

N=mg sin(&)

N=mg / cos(&)

N=mg / sin(&)

In the Figure shown , if F=37 N and mass of m₁ is 4 kg or mass of m₂ is 9 Kg and the angle between the force and thhe surface is 50⁰ ,Find the tension in the rop betwee m1 and m2 (If the surface Smooth).

11.83 N

1.83 N

15.75 N

1.75 N

1.57 N

A particle of mass 76 Kg moving with constant velocity 15 m/s for 4s , Find the forse exerted on body

285 N

277 N

121 N

53 N

0 N

Which of the following shows represent the relationship between force(on Y-axis), and acceleration(on X-axis) according to the Newton's second law.

Find the tension in the string which connected the blocks as shown in the following figure.

1 N

2 N

3 N

5 N

What is the magnitude of Force exerted on block 5 Kg by bloch 3 Kg:-

4 N

20 N

32 N

68 N

12 N

All the strings shown in figure are massless. Tension in the horizontal string is 30 N. find W.

30 N

50 N

80 N

140 N

180 N

A body of weight 200N is suspended with the help of strings as show in Find the tensions in the string

T1=146.4 N ,T2=179.3N

T1=124 N ,T2=175N

T1=146.4 N ,T2=175N

T1=124 N ,T2=179.3N

T1=134.8 N ,T2=115.6N

How much tension must a rope with stand if it's used to accelerate a 1200 kg car vertically upward at 0.80 m/s²

70070 N

13000 N

89000 N

90050 N

15550 N

Two forces act on a 4.5-Kg block resting on a frictionless surface as shown.what is the magnitude of the horizontal acceleration of the block.

1.8 m/s2

1.2 m/s2

3.2 m/s2

0.82 m/s2

2.6 m/s2

A 10-kg block is connected to a 40-kg block as shown in the figure.The surface on that the blocks slide is frictionless. A force of 50 N pulls the block 40-Kg ,What is the magnitude of the acceleration of the 40-Kg block.

0.5 m/s2

1 m/s2

2 m/s2

4 m/s2

5 m/s2

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