\begin{table}

\captionsetup{labelformat=empty}

\caption{Data Table 1: Momentum and Energy Conservation}

Angle for Trial \# 1	$\theta_1$	30°
Angle for Trial \# 2	$\theta_2$	35°
Angle for Trial \# 3	$\theta_3$	31°
Angle for Trial \# 4	$\theta_4$	31°
Angle for Trial \# 5	$\theta_5$	32°
Average Angle Reached	$\theta_{\text{avg}}$	133.4°

\end{table}

Length of the pendulum	$L$	32.5 m
Height Difference	$h = L(1 - \cos \theta_{\text{avg}})$	32.3 m
Mass of Ball	$m$	0.75 kg
Mass of Pendulum	$M$	252 kg
Velocity of the Ball Before Collision	$v$	336.75 m/s

\begin{table}

Momentum Before Collision	$p_B$	kg$\cdot$m/s
Momentum After Collision	$p_A$	kg$\cdot$m/s
Kinetic Energy Before Collision	$KE_B$	J
Kinetic Energy After Collision	$KE_A$	J

\end{table}



\begin{table}

\captionsetup{labelformat=empty}

\caption{Data Table 2: Initial Velocity of the Ball Using the Photogates}

Initial Velocity Trial 1	5.065 m/s
Initial Velocity Trial 2	4.665 m/s
Initial Velocity Trial 3	4.677 m/s
Average Initial Velocity from the Photogate	11.289 m/s
Percent Difference (Photogate Velocity vs. Calculated Velocity Before the Collision)	\%

\end{table}