Consider the following data for the table below: • Mass of cart = 501 g • Added mass on the cart = 171 g Suspended mass = 77 g • Distance = 100 cm • Average Time of Travel = 1.428 s Newton's 2nd Law on the Acceleration of Cart Time of Travel (s) Added Mass Suspended on the Cart (g) Mass (g) Trial 1 Trial 2 Trial 3 Distance (cm): Calculate the theoretical acceleration of the cart in (A). O 1.31 meters per second squared O 0.981 meters per second squared O 1.01 meters per second squared O 1.12 meters per second squared Acceleration (m/s²) Average Theoretical Experimental (A) (B) Mass of the Cart (g): Percent Error (%) (C)

Consider the following data for the table below: • Mass of cart = 501 g • Added mass on the cart = 171 g Suspended mass = 77 g • Distance = 100 cm • Average Time of Travel = 1.428 s Newton's 2nd Law on the Acceleration of Cart Time of Travel (s) Added Mass Suspended on the Cart (g) Mass (g) Trial 1 Trial 2 Trial 3 Distance (cm): Calculate the theoretical acceleration of the cart in (A). O 1.31 meters per second squared O 0.981 meters per second squared O 1.01 meters per second squared O 1.12 meters per second squared Acceleration (m/s²) Average Theoretical Experimental (A) (B) Mass of the Cart (g): Percent Error (%) (C)