Question

3. [Maximum mark: 1] The diagram shows 5 gravitational equipotential lines. The gravitational potential on each line is indicated. A point mass \( m \) is placed on the middle line and is then released. Values given in \( \mathrm{MJ} \mathrm{kg}^{-1} \). Which is correct about the direction of motion and the acceleration of the point mass? A. \begin{tabular}{|c|c|} \hline Direction & Acceleration \\ \hline to the right & decreasing \\ \hline to the right & increasing \\ \hline to the left & decreasing \\ \hline to the left & increasing \\ \hline \end{tabular}

          3. [Maximum mark: 1]

The diagram shows 5 gravitational equipotential lines. The gravitational potential on each line is indicated. A point mass \( m \) is placed on the middle line and is then released. Values given in \( \mathrm{MJ} \mathrm{kg}^{-1} \).

Which is correct about the direction of motion and the acceleration of the point mass?
A.
\begin{tabular}{|c|c|}
\hline Direction & Acceleration \\
\hline to the right & decreasing \\
\hline to the right & increasing \\
\hline to the left & decreasing \\
\hline to the left & increasing \\
\hline
\end{tabular}

3. [Maximum mark: 1]

The diagram shows 5 gravitational equipotential lines. The gravitational potential on each line is indicated. A point mass m is placed on the middle line and is then released. Values given in MJkg^-1.

Which is correct about the direction of motion and the acceleration of the point mass?
A.

Direction Acceleration

to the right decreasing

to the right increasing

to the left decreasing

to the left increasing

Added by Francisco Javier V.

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