Calculate t for the position ? = p/2

Assignment Help Civil Engineering

Reference no: EM131037393

Consider the system of Prob. 3/309 where the mass of the ball is m = 10 kg and and the length of the light rod is l = 0.8 m. The ball-rod assembly is free to rotate about a vertical axis through O. The carriage, rod, and ball are initially at rest with θ = 0 when the carriage is given a constant acceleration α0 = 3 m/s2
Write an expression for the tension T in the rod as a function of θ and calculate T for the position θ = π/2.

Reference no: EM131037393

Questions Cloud

Define an enterprise system : Define an enterprise system and describe how enterprise systems provide value for a business. Explain how supply chain management systems help reduces the bullwhip effect and how they provide value for a business. Describe the tools and capabilities ..

What is the quarterly divident : The preferred stock of Wellcare Inc. is currently trading at $137.50 per share. If the required rate of return is 8 percent and this stock has no maturity date, what is the quarterly divident paid by this stock? What is the quarterly dividend if t..

Drain resistors of a mos differential amplifier : 9.58 It can be shown that if the drain resistors of a MOS differential amplifier have a mismatch ?RD and if simultaneously the transconductances of Q1:and Q2:

Perform an annualworth economic analysis : In order to compare the bids by caterpiller and impregillo, kiewit has asked its staff to carryout an economic study based in present worth, annual worth and payback period analyses. Perform an annualworth economic analysis on the impregillo option

Calculate t for the position ? = p/2 : Write an expression for the tension T in the rod as a function of θ and calculate T for the position θ = π/2

Marital deduction for gift tax purposes : They marry in October of 2015 at which time David transfers $100,000 into Rebecca's checking account. What is the value of David's marital deduction for gift tax purposes in year 2015?

Determine the bounce height h2 of the ball : Determine the bounce height h2 of the ball (a) if υ0 is constant and (b) if an upward elevator acceleration α = g/4, begins at the instant the ball is released. The coefficient of restitution for the impact is e.

The dc common-mode voltage vcm : The differential amplifier in Fig. P9.57 utilizes a resistor RSS to establish a 1-mA dc bias current. Note that this amplifier uses a single 5-V supply and thus the dc common-mode voltage VCM cannot be zero. Transistors Q1:and Q2:

Determine the magnitude va of the absolute velocity : determine the magnitude vA of the absolute velocity of the slider as it passes point C if it is released at point B with no velocity relative to the block. Apply the equation, both as an observer fixed to the block and as an observer fixed to the ..

User Account

All Pages