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The length of the path of a body which moves with SHM is 1 m and the frequency of the oscillations is 4 Hz. Determine (a) the periodic time of the motion, (b) the maximum velocity and acceleration and (c) the velocity and acceleration when the body is 300 mm from its amplitude.
the particle a is mounted on a light rod pivoted at o and therefore is constrained to move in a circular arc of radius
If a Germanium wafer, which is uniformly doped with Gallium to a concentration of 5.55? 10^23 (m^3)^-1, has an electrical conductivity of 17,000 (?m)^-1 determine the mobility of the charge carriers in (m^2 / (V sec)). (Recall each gallium atom will ..
an isolated system consists of a closed copper vessel of mass 0.1 kg containing 1 kg of liquid water each initially at
a 100 lbm liquid-vapor mixture of water in a rigid container with a volume of 3 ft3 at a temperature of 100of is heated
a 10-l radiator filled with superheated water vapor at 200 kpa and 300 degc with both inlet and exit valves closed. the
a vapor flows through a pipe with a mass flow rate of 30 kgmin. the following properties are given at a particular
If the bulk modulus for water at 70 degrees Fahrenheit is 319 kips per square inch, determine the change in pressure required to reduce its volume by 0.3%
Whats are examples of destructive tests and non destructive
Consider human body. A 70 kg human has about 5 L of blood and it is pumped by heart at about 5.2 LPM (liter of liquid blood per minute). At any given time, the lungs transfer oxygen from alveoli to blood capillaries and the oxygen concentration in bl..
say you have two lumps of copper one hot and the other cold. what is the maximum work you could obtain by running a
Write a program that computes the self-induced velocity of a circular vortex ring of radius a based on the regularized Biot-Savart integral.
Determine the force P required to force the 10° wedge under the 90-kg uniform crate which rests against the small stop at A. The coefficient of friction for all surfaces is 0.40.
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