**Title: Dynamics of a Marble in a Curved Tube****Text Description:**A glass tube formed into an incomplete circle lies on a level table as shown. The view is from above. A small marble is blown into the open end of the tube at A. It swirls around the tube and emerges at the other open end at C.**Tasks:****a.** Draw in vector arrows indicating the velocity and acceleration at position B.**b.** Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction.**c.** Indicate at position C the trajectory the marble will take upon exiting the tube.**Diagram Explanation:**The diagram, labeled as Figure 7-16, shows an open arc-shaped glass tube with points marked A, B, and C. The path of the marble is suggested by a blue gradient indicating motion from A to C, passing through B. No specific vectors or trajectory lines are shown in the diagram, so students must visualize or determine these in response to the tasks above.

Answered: Image /qna-images/answer/258f31eb-0243-4f62-947c-ba8b8c67b246.jpg

Draw in vector arrows indicating the velocity and acceleration at position B. Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction. Indicate at position C the trajectory the marble will take upon exiting

Draw in vector arrows indicating the velocity and acceleration at position B. Draw a free body diagram of the marble at position B, disregarding forces in the vertical plane and friction. Indicate at position C the trajectory the marble will take upon exiting

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

The gravitational force exerted on a baseball is 11N down. A pitcher throws the ball horizontally with velocity 15.5 m/s by uniformly accelerating it along a straight horizontal line for a time interval of 158 ms. The ball starts from rest. Through what distance does it move before its release? What are the magnitude and direction of the force the pitcher exerts on the ball? (Enter your magnitude to at least one decimal place.)
Show and explain the complete solution with the formulas. Label the symbols used accordingly.
Please help
Consider a car heading down a 8.5° slope (one that makes an angle of 8.5° with the horizontal) under the following road conditions. You may assume that the weight of the car is evenly distributed on all four tires and that the coefficient of static friction is involved—that is, the tires are not allowed to slip during the acceleration. Use a coordinate system in which down the slope is positive acceleration. a)Calculate the maximum acceleration for the car on dry concrete, in meters per square second. b)Calculate the maximum acceleration on wet concrete, in meters per square second. c)
A man in a chair (total mass 86 kg) hangs %3D from a tree by means of two cords of negligible mass as illustrated in diagram V. Diagram V Consider the pulley's friction negligible. For the man to accelerate upwards at 1.58 m/s2, he must pull on the cord he is holding by a force of magnitude
A baseball is thrown straight upward. Describe the direction and magnitude of the velocity, force of gravity, and the varying air resistance force as the ball rises. Explain whether the net force increases, decreases, or is unaffected by the air resistance force. Repeat for the part of the motion when the ball is at maximum height and the part of the motion when the ball is moving downward
A penguin of mass, m, is on an inclined surface (hill), as shown in the diagram. The inclined surface is at an angle of 0 from the flat ground. The coefficient of static friction, µs = 0.498 and the coefficient of kinetic friction, H; = 0.295. Also assume there is a force from gravity (i.e. the weight, W = mg, is pointed straight down towards the ground, as always).
Physics Question
Consider two blocks connected by a string (call this the internal string) and being pulled vertically upward by another string (the external string) attached to block A. Suppose that blocks A and B have masses of 3.0 kg and 2.0 kg, respectively, and suppose that the external string’s tension has a magnitude of 55 N. The internal string’s mass is 100 g. Find the acceleration of the system, the magnitude of the tension force on block B, and the difference in the magnitudes of the tension forces exerted by each end of the string. The acceleration of the system is ______ m/s2. The tension force on block B is ____ N. The difference in the magnitudes of the tension forces exerted by each end of the string is ______ N.
When a standard basketball released from a high tower, it will accelerate and reach a terminal speed. Finding the appropriate properties of the ball and other necessary coefficients from your books or internet, calculate the basketball's terminal speed.
Consider a thin slice of the first rod, of thickness dr, that is located a distance r from the origin and a thin slice of the second rod, of thicknessdo2, that is located a distance t2 from the origin. Enter an expression for the magnitude of the force dF12 that the thin slice of rod 1 exerts on the thin slice of rod 2, interms of L1, L2, Q1, Q2, *1, *2, and the Coulomb constant k.Write an equation for the total force on the slice dr of the second rod, due to the total charge on the first rod, in terms of the defined quantitiesCalculate the magnitude of the total force, in newtons, on the second rod due to the total charge on the first rod.
Two dimensional motion with air drag (think golf ball trajectory) is not integrable, but purely horizontal motion and purely vertical motion are separately integrable.