Declare of a block on a inclined plane

Reference no: EM1312578

Question1. Block A in Figure is given an initial velocity of 6 m/s up the incline. It comes to a stop in distance d and then slides back down the incline with uniform acceleration.
Determine Following:
[A] The distance d and
[B] The velocity of A when it returns to its original point.

Reference no: EM1312578

Questions Cloud

Computing the value of the investment using capital asset : Computing the value of the investment using capital asset prising model and how much should you invest in the risk-free asset

Objective type questions on investment decisions : Objective type questions on investment decisions and Ampulla Production Studios charges the Sound Effects Department's costs to two operating departments

The angular acceleration of the pulleys : Determine the angular acceleration of the pulleys and the tension T in the cord supporting the 612 Kg mass when it is released from rest.

Solve the investments and cost volume profit analysis : Objective type questions on investments and cost volume profit analysis and the fixed costs of the Maintenance Department are determined by the number of cases produced by the operating departments during the peak period

Declare of a block on a inclined plane : Block A in Figure is given an initial velocity of 6 m/s up the incline. Declare of a block on a inclined plane.

Objective type questions on foreign exchange assets : Objective type questions on foreign exchange assets and When a foreign subsidiary is not wholly owned by the parent

What are the investment options for retirement plans : What are the Investment options for retirement plans and How much money will she need to withdraw each year starting at age 65

Rate of heat gained by object : n object of mass "m" specific heat "Cp" & surface area "As" is initially at a temperature "To". Rate of Heat gained by Object = Rate of Heat Lost by Gas m, Cp, h, A & Tg are all constants.

Initial speed u with which hiawatha can launch the arrow : Assume that, when Hiawatha aims vertically, his arrow reaches a maximum height of 20 m. Use this fact to find the initial speed u with which Hiawatha can launch the arrow vertically.

User Account

All Pages