The above diagram shows a disk which is spinning counter clockwise at a constant speed. A wad of gum is stuck to the sur

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The above diagram shows a disk which is spinning counter clockwise at a constant speed. A wad of gum is stuck to the sur

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The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 1
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 1 (19.77 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 2
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 2 (21.12 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 3
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 3 (23.7 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 4
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 4 (19.63 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 5
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 5 (20.27 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 6
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The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 7
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 7 (20.45 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 8
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The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 9
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 9 (18.67 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 10
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 10 (23.14 KiB) Viewed 43 times
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 11
The Above Diagram Shows A Disk Which Is Spinning Counter Clockwise At A Constant Speed A Wad Of Gum Is Stuck To The Sur 11 (22.92 KiB) Viewed 43 times
The above diagram shows a disk which is spinning counter clockwise at a constant speed. A wad of gum is stuck to the surface of the disk at point A. As point A passes through the position shown in the diagram, the gum comes loose. Which of the vector arrows best indicates the direction of travel of the wad of gam immediately after it comes loose? OP

Question 2 (1 point) What is the direction of the net force on an object that is travelling in a circle at a constant speed on a horizontal frictionless surface? the net force is zero tangential to the circle in the direction of travel radially outward radially inward Question 3 (1 point) The carriages on a Ferris wheel travel at a speed of 1.86 m/s. If the wheel has a radius of 6.25 m, what is its period of rotation?

Question 3 (1 point) The carriages on a Ferris wheel travel at a speed of 1.86 m/s. If the wheel has a radius of 6.25 m, what is its period of rotation? 3.48 s 21.1 s Question 4 (1 point) On a ride at the Calgary Stampede, the passengers sit facing inward in carriages that are 4.75 m from the centre. If the carriages revolve about the centre at a speed of 250 10.6 s 18.7 s

Question 4 (1 point) On a ride at the Calgary Stampede, the passengers sit facing inward in carriages that are 4.75 m from the centre. If the carriages revolve about the centre at a speed of 8.50 m/s, what is the centripetal acceleration? 15.2 m/s2 3.51 m/s² 11.2 m/s² 2.65 m/s² Question 5 (1 point) A centripetal force of magnitude Facts on a mass. What would be the magnitude of

Question 5 (1 point) A centripetal force of magnitude Facts on a mass. What would be the magnitude of the centripetal force if both the radius and the period of the circular motion were tripled? 27F 3F Question 6 (1 point) Which of the following quantities does the speed of a satellite in an orbit about a planet depend on? mase of the planet. OF/3 F

Question 6 (1 point) Which of the following quantities does the speed of a satellite in an orbit about a planet depend on? 1. the mass of the planet II. the radius of the planet III. the radius of orbit I and III ZA I and II I, II and III II and III i

Question 7 (1 point) What is the speed of a satellite that has a circular orbit of radius 3.25 X 10' m about a planet with a mass of 7.80 x 10 kg? 1.11 x 10¹ m/s 1.60 X 107 m/s 4,00 x 10³ m/s O2.75X103 m/s Question 8 (1 point) A force of 56.0 N does work over a displacement of 24.5 m. If the angle between the force and the 600 1

Question 8 (1 point) A force of 56.0 N does work over a displacement of 245 m. W the angle between the force and the displacement is 35.0", what is the work done by this force? 9.61 X 10² J 7.87 X 10² J 1.37 X 10³ J 1.12 x 10³ J Question 9 (1 point) Ignoring friction, how much work is required to lift an elevator car with a mass of 1050 kg from a height of 22.0 m above the ground to a height of 68.8 m above the ground?

Question 9 (1 point) Ignoring friction, how much work is required to lift an elevator car with a mass of 1050 kg from a height of 22.0 m above the ground to a height of 68.8 m above the ground? 2.27 X 105 J 7.09 X 105 J 7.22 X 104 J 4.82 X 105 J Question 10 (1 point) If a force of 256 N is applied to a spring, the spring is stretched a distance of 9.50 cm What is the plactic constant of this spring? 2024 07

Question 10 (1 point) If a force of 256 N is applied to a spring, the spring is stretched a distance of 9.50 cm from its equilibrium position. What is the elastic constant of this spring? 24.3 N/m 26.9 N/m 2.43 x 10³ N/m 2.69 X 10³ N/m Question 11 (1 point) What is the work required to compress a spring a distance of 24.0 cm from its equilibrium position if the spring has an elastic constant of 5.60 X 104N/m?

Question 11 (1 point) What is the work required to compress a spring a distance of 24.0 cm from its equilibrium position if the spring has an elastic constant of 5.60 X 10 N/m? 1.33 X 104 J 3.23 x 10³ J 6.72 X 10³ J 1.61 X 10³ J Question 12 (1 point) A 3.20 kg cart accelerates down a hill. When the cart is travelling at a speed of 4.20 what is the cart's kinetic energy?
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