A rocket motor is used for different model rockets that have different masses. The results of tests for a rocket motor are shown in the table.
\begin{table}
\captionsetup{labelformat=empty}
\caption{Relationship Between Mass and Acceleration}
Mass (kg)Acceleration ( $m / s ^2$ )
0.0900157
0.1000141
0.1132124
\end{table}
Given the same amount of force, which conclusion is correct?
AIncreased mass results in reduced acceleration.
BMass and acceleration have a direct relationship.
CAcceleration increases regardless of mass.
DMass increases with acceleration.
\begin{table}
\captionsetup{labelformat=empty}
\caption{Relationship Between Mass and Acceleration}
Mass (kg) | Acceleration ( $m / s ^2$ ) |
0.0900 | 157 |
0.1000 | 141 |
0.1132 | 124 |
AIncreased mass results in reduced acceleration.
BMass and acceleration have a direct relationship.
CAcceleration increases regardless of mass.
DMass increases with acceleration.