"A Volleyball Is Tossed Vertically Upward, With An Initial Velocity Of 5 M/S And Caught Back At The Same Level As When It Was Thrown. What Is The Velo

"A volleyball is tossed vertically upward, with an initial velocity of 5 m/s and caught back at the same level as when it was thrown. What is the velocity of the ball at that point?

a. 0 m/s
b. -5 m/s
c. -9.8 m/s
d. -9.8 m/s2
"

 

Answer:

The velocity of the volleyball tossed vertically upward and caught back at the same level as when it was thrown would be A, 0\frac{m}{s} .

Explanation:

Velocity is the speed of the object travelling in a space. As we tossed the volleyball upward, its speed (velocity) is at 5\frac{m}{s} . As it went back to us, it no longer travels. Therefore, the velocity of the caught volleyball would be 0\frac{m}{s} .

CODE:

9.22.4.1.


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