A projectile is fired at 0=355.0 m/s at an angle of =64.2∘ with respect to the horizontal. The parabolic path of a projectile over a horizontal surface is shown. The projectile is launched at the left side of the figure with a launch velocity vector labeled V 0 pointing upward and to the right. The launch angle is marked with the Greek letter theta and an arrow indicating the angle is measured counterclockwise from the horizontal surface. The parabolic path of the projectile shows that the projectile lands at a vertical height equal to the height from which it was launched and that the projectile travels a horizontal distance labeled R.
Assuming no air resistance, what is the range of the projectile?

The man fires an 80 g arrow so that it is moving at 80 m/s when it hits and embeds in a 8.0 kg block resting on ice. how far will the block slide on the ice before stopping? a 7.1 n friction force opposes its motion.

Date chapter motion and speed review part a. vocabulary review directions: write the terms that match each description below in thes complete the sentence in number 13. ich each description below in the spaces provided. the boxed letters will 1. equal forces acting in opposite directions (2 words) 2. occurs when an object's velocity decreases (2 words) 3. sum of all forces acting on an object (2 words) 4. total distance divided by total time (2 words) 5. name for the slant of a line on a graph 6. distance divided by time 7. a push or a pull exerted on a body or object 8. distance and direction of an object from its starting point 9. tendency to resist change in motion 10. measure of how far an object has moved 11. speed and direction of motion 12. rate of change of position at a specific point in time (2 words) 13. the rate of change in velocity is called motion and spe

Acricket ball of 70g moving with a velocity of 0.5 m/s is stopped by a player in 0.5s what is the force applied to stop the ball