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In an automated production process a hydraulic ram moves a 180 kg. Determine the speed of the crate in meters per second after it has moved a distance of 2 m.
A car and driver with a combined mass of 3.5 x 103 kg experience a forward force of 8.50 x 103 N and forces. What is the acceleration of the car and driver?
What is the coefficient of kinetic friction? How long will it take the piano to stop moving once they push it for 6.2s from rest?
Create a hypothesis of a fan cart using this test table question and knowledge of fan cart. How does acceleration depend on net force?
I also need 120 volts for all of my appliances to operate properly. What is the voltage being delivered to the primary coil of this transformer?
How much mechanical energy of the car reduced by frictional forceb magnitude of frictionaj forcec. time elapsed in 50 m.
With the given dimensions and Manning coefficients, determine the channel's flow rate and the channel's effective Manning coefficient.
How much heat (in Joules) is needed to raise the temperature of 1.1 kg of aluminum from 20 degrees Celsius to 911 degrees Celsius?
If projectile's kinetic energy is converted to heat upon impact and projectile absorbs all of that heat, what is temperature change of the projectile (in oC)?
What is the maximum possible (Carnot) efficiency of the system (express the answer as a percent, not a decimal, and don't enter the percent symbol)?
What is the speed of the two cars after the collision? With what speed was the loaded boxcar moving before thecollision if the empty one was moving at 1.20 m/s?
Determine the net radiative heat transfer in an isosca ales trapezoid (meaning, a trapezoid with two parallel lines, a 2 sets of equal angles).
You then drop the cube into a beaker containing 500 grams of water at 20oC. What will be the equilibrium temperature of the water-cube system?
What dose equivalent was the poor soul exposed to before the crew of the Enterprise retrieved the dangerous necklace?
The total volume of the branch is 1.12 m3 and 75.0 percent of the volume is submerged. The density of water is 1000 kg/m3. Find the weight of the branch.
You are designing a hydraulic lift system. If the piston the car will rest on has an area of 500 cm2, what should the area of the other piston be?
A 40-g block of ice is cooled to -77°C and is then added to 580 g. Determine the final temperature of the system consisting of the ice, water, and calorimeter.
What decisions have others made that have influenced you? What employment choices are important to you? How will you determine your employment path?
Suppose two astronauts on a spacewalk are floating motionless in space, 3.0 m apart. What is the resulting speed of astronaut A after catching the camera?
You have an electric field of E=150,000 V/m exerting a force of F=9.60x10-14 N on an ion, how many electrons have been removed to make this ion?
What are the most common difficulties / error from requiring the jump from 2-D to 3-D problems in considering torque, angular momentum and static equilibrium an
What is the kinetic energy (in eV and in Joules) and the speed (in m/s) of the proton when it was 49.5 nm from the silver nucleus?
A paramecium 0.3 mm long is placed 5.1 mm from the objective lens. How large is the image viewed through the microscope.
Describe how wave behavior and interactions can affect the quality of a signal received by a mobile device.
How much work is done on the boat by the boy if he pulls with a force of 680 N on the rope? How much work must be done to stop 1250 kg car traveling at 105 km/h