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Problem 1: (a) Simple- the distributed to the concentrated force measured from A.
(b) Determine the reaction at fixed support A.
Problem 2: (a) Determine the zero force members in the simple truss.
(b) Determine the forces in members CD. DH and HI using method of section and state whether CD, DH and HI are in tension or compression
Problem 3: Determine the force in each of the force members and state whether the forces is in tension or compression using the method of joint.
Problem 4: The Pipe assembly supports muttons the vertical load shown below. Determine the reaction of support at ball-and-socket joint A and the tensions in cable BC and BD.
a sketch the electric field in the interior and the exterior of a spherical metal shell 6 cm in radius if the shell has
You're making delieveries to several different stops, each several miles from the next. Find the vector displacement of your whole trip
A charge of −1 Coulomb is placed at the 100-cm mark of the same meter stick. Elucidate is it possible to place a proton somewhere on the meter stick so that the net force on it due to the two charges is 0?
A 1030 Kg car going 3.4m/s through a parking lot hits and sticks to the bumper of a stationary 1140 kg car. Find the speed of the joined cars immediately after the collision
Calculate the theoretical resolution (assuming no lens aberrations) for green light
A projectile is fired into the air from the top of a cliff of height h = 198 m above a valley. Where does the projectile land
a 200 ohms resistor and a .4 H inductor are connected in series with a voltage source having amplitude of 30 v, what is the current amplitude
3.00×104 of 300 C steam at a pressure of 20.0 is cooled until it condenses. What is the volume of the liquid water
A 70.0Hz generator with an rms voltage of 115V is connected in series to a 3.25 kΩ resistor and a 3.50 µF capacitor. Find the rms current in the circuit
Consider an elastic collision in one dimension that involvesobjects of mass 2.5kg and 4.5kg. The larger mass is initially atrest, and the smaller one has an initial velocity of 12 m/s
Then the driver sees a red light up ahead at next intersection, and starts slowing down at the constant rate. The car stops at the red light, 180 {rm m} from where it was at t = 0.
A tether ball of mass 0.40 kg is attached to a vertical pole by a cord 1.5 m long. Assume the cord attaches to the center of the ball. The cord makes an angle of 20° with the vertical. (a) What is the tension in the cord? . N (b) What is the speed of..
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