This question again deals with the situation in the inclined plane diagram. Read and calculate carefully. The numbers have changed since the previous question. Again, Carts B and C roll with negligible friction. The only significant forces in the problem are tension forces, normal forces, and gravity with g= 9.81 meters per second squared. The mass of block A is 2.3 kg. The mass of cart B is 1.5 kg. The mass of cart C is 1.2 kg. The angle theta 73 degrees. Calculate the magnitude of the tension force in string 2 in units of newtons. Note that the magnitude of a force is a positive quantity.

This question again deals with the situation in the inclined plane diagram. Read and calculate carefully. The numbers have changed since the previous question. Again, Carts B and C roll with negligible friction. The only significant forces in the problem are tension forces, normal forces, and gravity with g= 9.81 meters per second squared. The mass of block A is 2.3 kg. The mass of cart B is 1.5 kg. The mass of cart C is 1.2 kg. The angle theta 73 degrees. Calculate the magnitude of the tension force in string 2 in units of newtons. Note that the magnitude of a force is a positive quantity.

Name: This question again deals with the situation in the inclined plane di
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: This question again deals with the situation in the inclined plane diagram. Read and calculatecarefully. The numbers have changed since the previous question.Again, Carts B and C roll with negligible friction. The only significant forces in the prob

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

A pulley has a string holding two masses which both hang straight down. If the mass on the left is 2.2 kg and the mass right is 3.8 kg, find the tension in the string. Your Answer:
Create a slope, with the graph presented. What does the slope represent? How close is your slope to the expected value?
A bag of cement weighing 525 N hangs in equilibrium from three wires as suggested in the figure below. Two of the wires make angles ?1 = 61.0° and ?2 = 42.0° with the horizontal. Assuming the system is in equilibrium, find the tensions T1, T2, and T3 in the wires. T1 = N T2 = N T3 =.
three independent forces simultaneously act on an astronaut floating in a spacecraft. While these forces act astronaut moves with a constant velocity, one force 64.1 N act horizontally from Fort left to starboard right. 77.2 N act vertically related to the craft. what is the magnitude of the third force in newtons?3 significant digits
Figure 1 The diagram above (Figure 1) shows the situation for the three questions below (questions 1, 2, and 3). The numbers will change in each question but the situation is the same. Adam is pushing a cart which rolls on the floor with negligible friction. There is a book on top of the cart. The book moves with the cart (the book does not slide on the surface of the cart).
Mike is pulling a 8.31 kg sled in the gym with a force of 52.6 N. he is pulling the sled at an angle of 25.8 degrees to the horizontal, and the sled remains on the ground. The coefficient of friction between the sled and ground is 0.373. What is the acceleration of the sled?
A heavy man’s resting weight is 1029 N. He is standing on a scale on an elevator that has a mass (without the man) of 1250 kg. While the elevator is in motion the man’s apparent weight reads 1134 N. The tension on the cable supporting the elevator is (in N)? The answer is 14,634 N but I do not know how to get the answer. Please provide a detailed explanation.
Man A and Man B are trying to pull Man C out of a hole). Man A is pulling with a force of 18 lb and Man B is pulling with a force of 60 lb. The angle between Man A and Man B is 125° . Since I want to know the exact direction, you need to know that the hole faces southwest at 5° west of true South. You will need to draw a diagram to help you solve this problem. A correct solution shows all the steps necessary to prove the final answer. a. What direction will Man C go once he is pulled free from the hole? [Vector] b. Find the force of Man C's trajectory. c. Find the direction of Man C's trajectory relative to the ground (i.e. bearing).
Hi, I need help with part d of this question. Thanks.
For part 1, assume m₁ =100 g, m2=90 g, m3 = 100 g, 01-27°, and 02=26°, what does T1x+T2x+T3x equal to? Enter your answer up to 1/1000 N accuracy. Pay attention to the sign of your answer. Your Answer: Answer units Question 9 (2 points) = For part 1, assume m₁ =100 g, m2=90 g, m3 100 g, 01-26°, and 02-27°, what does T1y+T2y+T3y equal to? Enter your answer up to 1/1000 N accuracy. Pay attention to the sign of your answer. Your Answer:
The sketch shows a painter's scaffold in mechanical equilibrium. The person in the middle weighs 500 N, and the tensions in each rope are 400 N. What is the weight of the scaffold? Express your answer to two significant figures and include the units.
Block B hangs on a cable connected block A through a pulley as shown in the figure below. The two blocks are in equilibrium. Block B has a mass of 2.5 kg and the angle of the incline 0 is 35°. A SENG (a) What is the tension on the cable? (Ans: 24.5 N) (b) What is the mass of block A? (Ans: 4.36 kg)