The diagram shows two rugs pulling a boat in a river along the direction due north. Find: 300 N 15% 30% 180 N (a) the total vertical force acting on the boat. (b) the additional force needed to apply to the boat so that the boat continues to move in a direction due North. A golf ball approaches a golf club with a velocity of 12 m s¹. The golf club gives it an average acceleration of 1500 m s² for 0.02 s in the opposite direction to its initial velocity. Find the magnitude of the velocity of the ball after leaving the golf club.

The diagram shows two rugs pulling a boat in a river along the direction due north. Find: 300 N 15% 30% 180 N (a) the total vertical force acting on the boat. (b) the additional force needed to apply to the boat so that the boat continues to move in a direction due North. A golf ball approaches a golf club with a velocity of 12 m s¹. The golf club gives it an average acceleration of 1500 m s² for 0.02 s in the opposite direction to its initial velocity. Find the magnitude of the velocity of the ball after leaving the golf club.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

The diagram shows two rugs pulling a boat in a river along the direction due north. Find:
300 N
15%
180 N
(a) the total vertical force acting on the boat.
(b) the additional force needed to apply to the boat so that the boat continues to move in a
direction due North.
A golf ball approaches a golf club with a velocity of 12 m s¹. The golf club gives it an average
acceleration of 1500 m s²² for 0.02 s in the opposite direction to its initial velocity. Find the
magnitude of the velocity of the ball after leaving the golf club.

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