Question

Suppose a student measures g the acceleration of gravity by measuring time

Answer 1

Answer:

acceleration due to gravity = 10 m/s^2

I.e an object started falling acquire 10m/s in 1 s , 20m/s in 2s and so on

Answer 2

9.8 m/s∧2

• The equations a = dv / dt represents acceleration (a) as a change in speed (dv) over time (t).
• In meter per second squared (m/s∧2), you may calculate how quickly velocity varies.
• Because acceleration is a vector quantity, it encompasses either magnitude and direction.
• The acceleration owing to gravity refers to the acceleration that an object gains as a result of gravitational force. m/s∧2 is the SI unit.
• Gravitational acceleration is a vector, meaning it has a magnitude as well as a direction.