The relationship,v = vo+at,between the velocity, v, initial velocity, vo , acceleration, a, and time, t, is valid: O Only if vo is zero. O Only if the acceleration is constant. O For all values of acceleration.

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The relationship,v = vo + at , between the velocity, v, initial velocity, vo, acceleration, a, and time, t, is valid:
O Only if vo is zero.
O Only if the acceleration is constant.
O For all values of acceleration.
Transcribed Image Text:The relationship,v = vo + at , between the velocity, v, initial velocity, vo, acceleration, a, and time, t, is valid: O Only if vo is zero. O Only if the acceleration is constant. O For all values of acceleration.
In the common description of curvilinear motion which uses a path variables which is measured along the path, the direction
tangent to the path is t, and the direction normal to the path is n. It is true that:
O The t- coordinate is considered to be fixed in space and the n- coordinate moves and rotates along the path with the
particle.
O The n- and t- coordinates are considered to move along and rotate with the path as the particle moves.
O The n- and t- coordinates are considered to be fixed in space.
O The n- coordinate is considered to be fixed in space and the t- coordinate moves and rotates along the path with the
particle.
Transcribed Image Text:In the common description of curvilinear motion which uses a path variables which is measured along the path, the direction tangent to the path is t, and the direction normal to the path is n. It is true that: O The t- coordinate is considered to be fixed in space and the n- coordinate moves and rotates along the path with the particle. O The n- and t- coordinates are considered to move along and rotate with the path as the particle moves. O The n- and t- coordinates are considered to be fixed in space. O The n- coordinate is considered to be fixed in space and the t- coordinate moves and rotates along the path with the particle.
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