Grade 10 Science Concept Recall

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Test your understanding of equilibrium and stability conceptually.

Créé par

Joyce Margaret Miguel

Philippines

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Grade 10 Science Concept Recall


Grade 10 Science Concept RecallVersion en ligne Test your understanding of equilibrium and stability conceptually. par Joyce Margaret Miguel 1 For a freely rotating rigid body, the center of mass location depends only on the mass distribution. Yes No 2 Lowering the center of gravity generally increases an object's stability. Yes No 3 A ball on a flat surface in the middle is in neutral equilibrium. Yes No 4 Unstable equilibrium leads to displacement growing away from equilibrium. Yes No 5 A system in equilibrium has zero net force. Yes No 6 In static equilibrium, the sum of forces and the sum of moments are both zero. Yes No 7 Stable equilibrium occurs when a small displacement produces a restoring force. Yes No 8 The center of mass is the point where the total mass of a body can be considered to act. Yes No 9 For a beam with a central load, reactions balance in equilibrium. Yes No 10 The center of gravity can be moved without altering the mass distribution. Yes No 11 In a frictionless plane, a block at the bottom of a bowl tends to stay in equilibrium. Yes No 12 The center of mass is always located at the geometric center of an object. Yes No 13 Rotating a rigid body changes its center of mass. Yes No 14 In a nonuniform gravitational field, the center of gravity and the center of mass are always different. Yes No 15 A long uniform rod has its center of mass at one end. Yes No 16 For a pendulum, the small-angle approximation leads to simple harmonic motion near the bottom equilibrium. Yes No 17 A pencil balanced on its tip is in stable equilibrium. Yes No 18 Lowering the center of gravity increases stability. Yes No 19 For a lever, torques balance when the system is in equilibrium. Yes No 20 A small displacement in a stable equilibrium results in a decrease in potential energy. Yes No 21 In a conservative force field, the potential energy is stationary at equilibrium. Yes No 22 A rigid body can have multiple equilibrium positions depending on geometry. Yes No 23 In a uniform gravitational field, the center of gravity coincides with the center of mass. Yes No 24 A seesaw at rest with equal weights is in static equilibrium. Yes No 25 A ball at the bottom of a bowl is in neutral equilibrium. Yes No 26 The center of mass location depends on how mass is distributed within the object. Yes No 27 Neutral equilibrium occurs when a small displacement has no restoring or overturning effect. Yes No 28 The net torque must be zero for rotational equilibrium. Yes No

Grade 10 Science Concept Recall

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À propos de cette activité

Créé par

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Grade 10 Science Concept RecallVersion en ligne

par Joyce Margaret Miguel

For a freely rotating rigid body, the center of mass location depends only on the mass distribution.

Lowering the center of gravity generally increases an object's stability.

A ball on a flat surface in the middle is in neutral equilibrium.

Unstable equilibrium leads to displacement growing away from equilibrium.

A system in equilibrium has zero net force.

In static equilibrium, the sum of forces and the sum of moments are both zero.

Stable equilibrium occurs when a small displacement produces a restoring force.

The center of mass is the point where the total mass of a body can be considered to act.

For a beam with a central load, reactions balance in equilibrium.

The center of gravity can be moved without altering the mass distribution.

In a frictionless plane, a block at the bottom of a bowl tends to stay in equilibrium.

The center of mass is always located at the geometric center of an object.

Rotating a rigid body changes its center of mass.

In a nonuniform gravitational field, the center of gravity and the center of mass are always different.

A long uniform rod has its center of mass at one end.

For a pendulum, the small-angle approximation leads to simple harmonic motion near the bottom equilibrium.

A pencil balanced on its tip is in stable equilibrium.

Lowering the center of gravity increases stability.

For a lever, torques balance when the system is in equilibrium.

A small displacement in a stable equilibrium results in a decrease in potential energy.

In a conservative force field, the potential energy is stationary at equilibrium.

A rigid body can have multiple equilibrium positions depending on geometry.

In a uniform gravitational field, the center of gravity coincides with the center of mass.

A seesaw at rest with equal weights is in static equilibrium.

A ball at the bottom of a bowl is in neutral equilibrium.

The center of mass location depends on how mass is distributed within the object.

Neutral equilibrium occurs when a small displacement has no restoring or overturning effect.

The net torque must be zero for rotational equilibrium.