TOPIC: SIMPLE PENDULUM-part 2

What is the formula for the period of a simple pendulum?

• T = 2π(L/g)

• T = 2π√(L/g)

• T = 2π√(g/L)

• T = 2√(L/g)

How does the mass of a pendulum affect its period?

• The mass of a pendulum does not affect its period.

• The period remains constant regardless of mass

• The period decreases with mass

• The period increases with mass

Explain how the length of a pendulum affects its motion.

• The length of a pendulum affects its motion by altering its weight.

• The length of a pendulum affects its motion by changing the period of oscillation. A longer pendulum has a longer period, meaning it takes more time to complete one full swing.

• The length of a pendulum affects its motion by changing its color.

• The length of a pendulum affects its motion by modifying its material.

What are the different types of energy transformations that occur in a pendulum?

• Potential energy to kinetic energy and vice versa

• Potential energy to sound energy

• Kinetic energy to heat energy

• Mechanical energy to electrical energy

How does the amplitude of a pendulum affect its period?

• A larger amplitude results in a shorter period for a pendulum

• The amplitude of a pendulum affects its frequency, not its period

• The amplitude of a pendulum does not affect its period.

• The period of a pendulum increases with amplitude

Define the concept of waves in relation to a pendulum.

• Waves in relation to a pendulum refer to the color of the pendulum

• Waves in relation to a pendulum refer to the taste of the pendulum

• Waves in relation to a pendulum refer to the sound produced by the pendulum

• Waves in relation to a pendulum refer to the wave-like motion exhibited by the pendulum bob during its periodic oscillation.

What factors can affect the frequency of a pendulum's motion?

• Material of the pendulum, air resistance, color of the pendulum

• Length of the pendulum, acceleration due to gravity, angle of release

Describe the relationship between the length of a pendulum and its period.

• Period of a pendulum is inversely proportional to its length.

• Period of a pendulum is directly proportional to the square root of its length.

• The period of a pendulum increases linearly with its length.

• The length of a pendulum has no effect on its period.

How does air resistance impact the motion of a pendulum?

• Air resistance causes the pendulum to swing faster

• Air resistance dampens the motion of a pendulum by reducing its amplitude and slowing down its swing.

• Air resistance has no impact on the motion of a pendulum

• Air resistance increases the amplitude of the pendulum

Explain the concept of potential energy in a pendulum system.

• Potential energy in a pendulum system is the energy stored in the system due to the temperature of the pendulum bob.

• Potential energy in a pendulum system is the energy stored in the system due to the motion of the pendulum bob.

• Potential energy in a pendulum system is the energy stored in the system due to the color of the pendulum bob.

• Potential energy in a pendulum system is the energy stored in the system due to the position of the pendulum bob relative to its equilibrium position.