Find the torque delivered by motor assuming

Assignment Help Mechanical Engineering
Reference no: EM13717616

A hydraulic motor receives a flow rate of 10gpm at a pressure of 1000psi. if the motor speed is 500 rpm, find the torque delivered by motor assuming it is 100% efficient. Show All Work

Reference no: EM13717616

Questions Cloud

Determine approach used to find maximum inside diameter : Determine the approach used to find maximum inside diameter of the tubes in a novel combustor design for use in lean premixed gas turbine, which are intended to prevent flashback
Calculate the work produced per second : Superheated steam at 600 C and 4000 kPa is fed into a turbo expander at a rate of 10 kg/s. The steam expands and leaves the expander at 500 kPa pressure and 300 C. It is known that there is a heat loss of 50 kJ/sec. This heat loss can be assumed to t..
Vorticity sheet that sheds from the trailing edge of a wing : Consider the vorticity sheet that sheds from the trailing edge of a wing. Briefly explain the type of deformation this sheet undergoes with stream wise distance in an in viscid context, and the mechanism responsible for this deformation.
Compare the energy needed and waste produced by two methods : You can produce a parking token by two alternative methods. First, cut a 10 mm diameter billet to a length of 10 mm, and then closed-die forge it to the final size and shape (25 mm diameter). Second, you could start with a sheet of material, and stam..
Find the torque delivered by motor assuming : A hydraulic motor receives a flow rate of 10gpm at a pressure of 1000psi. if the motor speed is 500 rpm, find the torque delivered by motor assuming it is 100% efficient.
Calculate the heat-rejection temperature : An internally reversible heat engine has a thermal efficiency of 60 percent, with 600 kJ/cycle of heat transfer added at a temperature of 447 C. Calculate the heat-rejection temperature, in degrees Celsius, and the heat transfer rejected, in kJ/cycle..
Heat pump has heat-transfer addition : A heat pump has heat-transfer addition at 280 K and heat transfer out at 420 K, and the heat-transfer rate out at 420 K is 900 kJ/min. For each case below, determine from both the Clausis inequality and the Carnot principle for a heat pump whether th..
Find the volumetric displacement : An axial piston pump has nine 1/2in diameter pistons arranged on a 5in diameter piston circle. The offset angle is 8.3 degrees and pump speed is 3000rpm. Find the volumetric displacement. Please show ALL work.
Vibrometer has an undamped natural frequency : A vibrometer has an undamped natural frequency of 10Hz. and damped natural frequency of 8 Hz. Find the lowest frequency in the range to infinity at which the amplitude can be directly read from the vibrometer with less than 2 percent error.

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  If methane burns in oxygen at an equivalence ratio phi15

an inventor has devised an atmospheric-pressure process to manufacture methanol. the inventor claims he has developed a

  Determine the temperatures of surface 1 through 4 of the

determine the temperatures of surface 1 through 4 of the furnace cavity of example 13.3 if the entire furnace

  Calculate the energy transfer for each of the components

An air standard dual cycle operates with a compression ratio of 15. At the beginning of the compression the conditions are 17°C, 0.95 bar, and 3.8L. The amount of heat added is 6.3 kJ, of which one-third is added at constant volume and the remainder ..

  Reciprocating radial roller follower of a plate cam profile

The reciprocating radial roller follower of a plate cam profile with 0.7 in offset is to rise 2 in with simple harmonic motion in 180 degrees of cam rotation and return with simple harmonic motion in the remaining 180 degrees. If the roller radius is..

  How many gallons of brine must the plant take in per day

multi-stage flash distillation is used to desalinate seawater so it is fit for human consumption. a flash distillation

  After it oscillates for 50 s the displacement of the object

a 50.0 g object moves on the end of a spring with spring constant k 25.0 nm. it is released with an initial

  Car b accelerates at ab fts2 for 2 sec and then continues

consider a 22 ton railrod flatcar on which are located two automobiles facing one another and located at each end of

  Calculate the change in specific internal energy and

calculate the change in specific internal energy and enthalpy of air for a process starting at 250 k and ending at 500

  Design a journal bearing for a centrifugal pump running

Design a journal bearing for a centrifugal pump running at 1440 r.p.m. The diameter of the journal is 100 mm and load on each bearing is 20 KN. The factor ZN/p may be taken as 28 for centrifugal pump bearings. The bearing is running at 70 degrees Cel..

  If the encoder is connected directly to the lead screw

a machine table driven by closed loop positioning system consists of a motor gearbox lead screw and an optical encoder.

  Find a the approximate location of the laminar turbulent

air at -10 degree c flows over a smooth sharp-edged almost-flat aerodynamic surface at 240 kmhr. the surface is at 10

  Boron has a much lower coefficient of thermal expansion

boron has a much lower coefficient of thermal expansion than aluminum even though both are in the 3 b column of the

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd