As shown in the diagram below, a 105 g uniform meter stick on an alien planet is supported horizontally by two vertical strings. The tension in the right string is 1.84 N.Determine the alien planet's free fall acceleration & the tension in the left string.alien planet's free fall acceleration =left string tension =10 20 30 40 50 60 70o 80 90

For equilibrium net force as well as net torque acting on the system must be zero.

Answered: Determine the alien planet's free fall…

Determine the alien planet's free fall acceleration & the tension in the left string. alien planet's free fall acceleration = left string tension =

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

Consider a 2-kg ball on the end of a 1-m long cord whose mass is negligible. The ball is swung in a horizontal circle and makes 1 revolution per second. Which of the following forces acts as the radial (i.e. centripetal) force that keeps the ball moving in a circle? a. Force of Gravity b. Centrifugal force c. normal force d. tension force
-For the differential equation dv/dt=-pv-g What is the expression for the terminal speed? What is the physical meaning of the terminal speed, for a falling object? -What is the formula for gravitational force as a function of distance, from Newton's law of gravitation? -
Two cars are making a turn. The Car A is four times more massive than the Car B. If they make the turn at the same speed, then how do the centripetal forces acting upon the two cars compare. Explain. Provide equations and examples
What would be the acceleration of gravity (in m/s2) at the surface of a world with seven times Earth's mass and nine times its radius? HINT m/s2
Gm,m2 What is the unit of gravitational constant G in the formula F=- r2
A 1.5 kg mass is spun on a string in a horizontal circular path at a constant speed. a). Draw the free-body diagram for the mass. b). If the radius of the path is 0.5 m and the period of revolution is 0.25 s, what is the speed of the mass? c). Calculate the centripetal force that is keeping the mass in a circular path? d). What is the net force acting on the mass in the horizontal direction?
What would be the acceleration of gravity (in m/s2) at the surface of a world with five times Earth's mass and eight times its radius? HINT m/s2
QUESTION 3 The Sun causes a gravity force on you, and a gravity force on the Earth. Which gravity force is bigger? Explain. (You can assume for this problem that the Sun is the same distance away from you as it is from the Earth)
True or False: An object moving at a constant speed in a circle has a zero acceleration. Explain your answer An object is revolving in a vertical circle. Draw a free-body diagram and apply the dynamics of circular motion to write equations at at the top of the circle, and At the bottom of the circle. The ball is swung in the horizontal direction. What force must a person exert on a string attached to the 0.5 kg ball to make it revolve in a horizontal circle of radius 3.0 m. The ball makes 120 rpm.
5. If someone drops a cup, it falls to the ground. Why doesn't the gravitational force between the person's hand and the cup keep the cup from falling? * The cup does not experience any gravitational force because it is not a planet. l The gravitational force between the hand and the cup is so strong that it pushes the cup down. There is no gravitational force between the hand and the cup, so Earth's gravitational force pulls the cup down. There is a gravitational force between the hand and the cup, but Earth's gravity is stronger, so Earth's gravity pulls the cup down.
5) What is the gravitational force of attraction between the Earth and the Sun? 30 R2/0
A ball revolves with constant speed in a vertical circle through a light string, so the tension of the string at point 1 (top point) is Choose a Answer A) bigger than that at point 2 (bottom point) B) smaller than that at point 2 C) the same as that at point 2