14. A box is initially sliding across a level floor at 10 m/s before being subjected to the forces shown below. The box accelerates to the right. 50 N The box accelerates to the left. 40 N The box moves at a constant velocity. 40 N The box is at rest. 50 N CLEAR ALL According to the above information and diagram, which of the following best describes the motion of this object?

14. A box is initially sliding across a level floor at 10 m/s before being subjected to the forces shown below. The box accelerates to the right. 50 N The box accelerates to the left. 40 N The box moves at a constant velocity. 40 N The box is at rest. 50 N CLEAR ALL According to the above information and diagram, which of the following best describes the motion of this object?

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)...

See similar textbooks

Similar questions

Block A has a mass ( mA =55 kg ) and Block B has a mass of ( mB = 20 kg ).The two blocks are released from rest. 1) What is the tension in the Cable . 2)What is the velocity of Block A after 3 s . 3) What is the Distance travelled by Block B in 3 s .
A box slides down a frictionless incline. The acceleration of the box... Group of answer choices is less than g, directed up the incline. is greater than g, directed down the incline. is zero. cannot be commented on from the limited information given here. is less than g, directed down the incline. is g, directed down the incline.
Q3. A 10 kg block is moving down a 30° incline rough surface with a constant velocity (see Fig. 1). The coefficient of kinetic friction between the block and inclined surface is: Fig# v=constant 30⁰ A) 0.58 B) 0.25 C) 0.20 D) 0.10 E) 0.76
DIRECTIONS: Read the questions carefully. Choose the letter of the correct answer for each item. 1.Two objects of the same size but unequal in weight are dropped from the top of a building. Neglecting air resistance, which will hit the ground first? A. Lighter object B. Heavier object C. Both will hit the ground at the same time D. The lighter object will hit the ground twice faster than the other 2. As the ball travels upwards, at which point will it experience the least velocity? C. As it reached its highest point D. As it travels downward A. As it leaves the hand of the referee B. As it travels halfway 3. Which of the following statements is NOT TRUE about Projectile Motion? A. Horizontal velocity of projectiles is constant B. It is a combination of two independent motions - vertical and horizontal C. The motion of the projectile released vertically downward is accelerated D. Both horizontal and vertical velocities are constant
How would I solve this question using the net model?
A freight train consists of an engine and several identical cars on a straight, level track. Which of the following statements are true? A. If the train is moving at constant speed, the engine must be pulling with a force greater than the train's weight. B. If the train is moving at constant speed, the engine's pull on the first car must exceed that car's backward pull on the engine. C. If the train is moving at constant speed, the engine's pull must be equal to the force of friction. D. If the train is coasting, its inertia makes it slow down and eventually stop
4. Billy Bob Joe is trying to save his crates full of bananas that are in danger of falling over a cliff. He pulls on one of the crates with a rope, applying a force P as shown. He is quite strong, so he is able to pull the crates to safety, so that the whole system is accelerating to safety. a. Write the equation of motion for every object in this system. Your final equations should only have P, m₁, M², M³, M4, g, T1, T2, T3, µk, and 0 in them. Box each equation. b. Solve for the acceleration of the crates in terms of only P, M₁, M2, M3, M4, g, μk, and 0. 3 3 3 4 T 2 T 3 m 2 T 1 μ k m 1
A car starts from rest and accelerates at a constant rate in a straight line. In the first second the car moves a distance of 2.0 meters. How much additional distance will the car move during the second second of its motion? 2. locomotive is pulling an empty freight car with a constant acceleration on a horizontal surface. The mass of the locomotive is five times the mass of the car. Which statement is true about the force applied by the car on the locomotive? locomotive is pulling an empty freight car with a constant acceleration on a horizontal surface. The mass of the locomotive is five times the mass of the car. Which statement is true about the force applied by the car on the locomotive? 2. A locomotive is pulling an empty freight car with a constant acceleration on a horizontal surface. The mass of the locomotive is five times the mass of the car. Which statement is true about the force applied by the car on the locomotive? A. 5 times greater than the force of the locomotive…
3a-Total information is in the problem description, no additional values are provided
A ball has been thrown in the air. It is no longer touching the person's hand. What is the best free body diagram for this situation? The object is the ball. Ignore air resistance. A. D. A. B. O.C. OD. Throw 8. motion 3 C. ↓ a
1. A truck loaded with sand accelerates along a highway. The driving force on the truck remains constant. What happens to the acceleration of the truck as its trailer leaks sand at a constant rate through a hole on its bottom? a. It decreases at a steady rate b. It remains constant. c. It increases at a steady rate. d. It increases then decreases 2. Which of the following follows the Law of Action and Reaction? a. Falling forward in transport when sudden breaks are applied. b. Object thrown from a certain height. c. kicking hard a stationary ball. d. During swimming, a swimmer moves ahead. answer only
A 4.0-kg object's velocity-vs-time graph is shown below. What is the net force on the object when t = 4.0 s? Vy (m/s) 8- - t (s) 10 2 4 6 8 2.0 N -32 N -2.0 N 0.50 N -0.50 N none of the given O 32 N