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A student collects position-time data for an object moving along the -axis, and determines that the motion corresponds closely with a mathematical model of , where is in meters and is in seconds. Assuming that the object moves according to this model, it can be determined that
(A) at time , the object was at the origin.
(B) at time , the object has an initial velocity of 1.0 m/s.
(C) at time , the object had an initial acceleration of 1.5 m/s².
(D) during the motion, the acceleration of the object varied according to time-squared
(E) none of these
develop equations which may be solved to give the final temperature of the gas remaining in a tank after the tank has
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Determine the pressure value as indicated by the Bourdon-tube gage at the top of the tank. Assume irrotational flow.
A liquid product with 10% product solids is blended with sugar before being concentrated (removal of water) to obtain a final product with 15% product solids and 15% sugar solids. Determine the quantity of final product obtained from 200 kg of liquid..
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Find the false statement regarding hardness testing
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Calculate the maximum shear stress τmax on cross section A-A located at distance d 2.5 ft from the end of the beam.
A 10-hp, 230-V shunt-wound motor has a rated speed of 1,000 r/min and full-load efficiency of 86 percent. Armature-circuit resistance is 0.26 Q; field-circuit resistance is 225 Q. If this motor is operating under rated load and the field flux is v..
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