Science

posted by .

The force of a 4 kg bowling ball to accelerate to 6 m/s2

  • Science -

    F = ma = 4 * 6 = 24N.

Respond to this Question

First Name
School Subject
Your Answer

Similar Questions

  1. physics

    When you lift a bowling ball with a force of 69.3 N, the ball accelerates upward with an acceleration a. If you lift with a force of 77.2 N, the ball's acceleration is 2.00a. Calculate the weight of the bowling ball. For this should …
  2. physics

    I need help with an equation for: Find the force of attraction between a bowling ball of mass 7.26 kg and the earth if the bowling ball was located at sea level. How does this compare to the weight of the bowling ball as calculated …
  3. physical science

    A 6 kg bowling ball rolling at 5 m/s strikes a stationary 4 kg bowling ball. If ball #1 is moving forward at 2 m/s after the collision, what is the speed and direction of ball #2?
  4. Physics

    A penny rests on top of a bowling ball. You give the bowling ball a slight bump and the penny slides off the frictionless, spherical surface as shown below. At what angle θ does the penny leave the surface of the bowling ball?
  5. Science

    If a bowling ball hits a wall with a force of 6 N the wall exerts what force back on the bowling ball?
  6. Science

    If a bowling ball hits a wall with a force of 6 N the wall exerts what force back on the bowling ball?
  7. Science

    If a bowling ball hits a wall with a force of 6 N the wall exerts what force back on the bowling ball?
  8. physics

    A bowling ball with a mass of 4.5 kg travels at a velocity of 37 m/s for 2.5 s until it is stopped at the end of the lane by the ball return. What additional information is required to determine the weight of the bowling ball?
  9. Science!!!

    If a bowling ball hits a wall with a force of 6 N, the wall exerts a force of (blank) back on the bowling ball. A. 0 N B. 3 N C. 6 N D. 12 N Is the answer C?
  10. math

    Norman wanted to bowl a strike, but to do so he needed to cause his bowling ball (mass of 5 kg) to accelerate at 15 m/s2. How much force does Norman need to exert on his bowling ball to get a strike?

More Similar Questions