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Questions and Answers
What is the equation for the relationship between velocity and time in the given text?
What is the equation for the relationship between velocity and time in the given text?
- $Y(1,t) = Y(1,0) - Vt$
- $Y(1,t) = Y(1,0) imes V^t$
- $Y(1,t) = Y(1,0) / Vt$
- $Y(1,t) = Y(1,0) + Vt$ (correct)
What does the special case of $k = 2$ imply in the given text?
What does the special case of $k = 2$ imply in the given text?
- The position is squared
- The velocity is constant (correct)
- The position is constant
- The velocity is squared
What is the relationship between velocity and position in the given text?
What is the relationship between velocity and position in the given text?
- The derivative of position with respect to time gives velocity (correct)
- The integral of velocity with respect to time gives position
- The integral of position with respect to time gives velocity
- The derivative of velocity with respect to time gives position
