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vertical. Find the ratio of their time of flight. Q3. State Wo

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vertical. Find the ratio of their time of flight. Q3. State Work-Energy theorem. 1 Q4. Two masses of $1 g$ and $4 g$ are moving with equal kinetic energy. Give the ratio of the magnitudes of their momenta. 1 Q5. Calculate the angular velocity and linear velocity of the tip of $10 cm$ long minute hand of a clock. $1 + 1$ Q6. What is the need for banking a road? Obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle $θ$ . $1 + 1$

Name: Video solution 1: vertical. Find the ratio of their time of flight. Q3. State Work-Energy theorem. 1 Q4. Two masses of 1 g and 4 g are moving with equal kinetic energy. Give the ratio of the magnitudes of their momenta. 1 Q5. Calculate the angular velocity and linear velocity of the tip of 10 cm long minute hand of a clock. 1+1 Q6. What is the need for banking a road? Obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle θ. 1+1
Uploaded: 2023-03-11T05:14:50.000Z
Duration: 10 min

Views: 5,447 students

Updated on: Mar 11, 2023

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vertical. Find the ratio of their time of flight. Q3. State Work-Energy theorem. 1 Q4. Two masses of

1 g

and

4 g

are moving with equal kinetic energy. Give the ratio of the magnitudes of their momenta. 1 Q5. Calculate the angular velocity and linear velocity of the tip of

10 cm

long minute hand of a clock.

1 + 1

Q6. What is the need for banking a road? Obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle

θ

1 + 1

8 mins ago

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Uploaded on: 3/11/2023

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Question Text	vertical. Find the ratio of their time of flight. Q3. State Work-Energy theorem. 1 Q4. Two masses of $1 g$ and $4 g$ are moving with equal kinetic energy. Give the ratio of the magnitudes of their momenta. 1 Q5. Calculate the angular velocity and linear velocity of the tip of $10 cm$ long minute hand of a clock. $1 + 1$ Q6. What is the need for banking a road? Obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle $θ$ . $1 + 1$
Updated On	Mar 11, 2023
Topic	Kinematics and Laws of Motion
Subject	Physics
Class	Class 11
Answer Type	Video solution: 1
Upvotes	118
Avg. Video Duration	10 min

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