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Wet leather containing 61% water enters a continuous tunnel dryer and leaves at a rate of 485lbm/h containing 6.0% water. Dry air enters the dryer at 140°F and 1 atm. and the outlet air is at 130°F and 1 atm with a relative humidity of 50%. Calculate the rate at which wet leather enters the dryer and the volumetric tow rate of the inlet air (ft3/h).
When 215 g of a substance is heated to 330degrees Celcius andthen plunged into a 100-g aluminum calorimeter cup containing 150 gof water at 12.5degrees celcius, What is the specific heat of the substance
Obtain the Fourier representation of the output of a full-wave rectifier. Plot the first three terms in the expansion and compare with the exact function
A box is sliding down a plane inclined at an angle of 20degrees from the horizontal. what is the speed of the box three sec later
What is the speed of the wave and draw a snapshot graph of this wave at t = 0 s.
With the engines off, a spaceship is coasting at a velocity of+230m/s through outer space. The ship carries rockets that aremounted in firing tubes, What is the velocity of the rocket
An RC series circuit has R = 71.0 \Omega and C = 550 nF. The series combination is connected across a 250 V (rms), 64 Hz power supply. Find the impedance of the RC combination
Two identical conducting spheres are separated by a fixed center-to-center distance of 47cm and have dissimilar charges. Initially, the spheres attract each other by a force of 0.095 N.
A forensic scientist is using a standard biological microscope with a 15 X objective and a 5 X eyepiece to examine a hair from a crime scene. How far from the objective is the hair
The mass density of crystalline carbon (diamond) is 3.50×103kg/m^3. Calculate the number density of carbon atoms per cubiccm.
Light is incident from air on a transparent substance at an angle of 52° with the normal. What is the index of refraction of the transparent substance
A loop antenna of area A = 794.0 cm2 and resistance R = 4.000 ? is perpendicular to a uniform magnetic field B = 2.000 T. Find the total thermal energy dissipated in the loop
How fast in kilometres per hour, should a sound source be moving toward you to make the observed frequency 5.0% greater than the true frequency? (Suppose that the speed of sound is 340 m/s.)
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