Design a polynomial follower motion with asymmetrical

Assignment Help Mechanical Engineering
Reference no: EM13640303

Design a polynomial follower motion with asymmetrical rise-fall, single dwell, and find peak velocity (m/s), acceleration (m/s2) and jerk (m/s3). Specification: rise 20mm in 60 degree and fall 20mm in 130 degree. Cam speed = 10 rad/s

 

Reference no: EM13640303

Questions Cloud

What is the probability that exactly half of the beech : use the following information to answer the three items belowin a certain large forest 25 of all the beech trees show
The pressure in the air above the two tubes is now : two identical vertical tubes each 1.00 cm in diameter and 50.0 cm tall are each filled with a liquid. the liquid in
Plot pressure angle as a function of cam rotation angle 0 : for a modified sine profile with cam interval of 120 degree and rise of 10mm use b0.25 c0 d0.75. plot pressure angle as
Assuming one buys exactly one ticket from each lottery : country number of numbers drawn range of numbersunited kingdom 6 1 to 49finland 7 1 to 39florida 5 1 to 36assuming one
Design a polynomial follower motion with asymmetrical : design a polynomial follower motion with asymmetrical rise-fall single dwell and find peak velocity ms acceleration ms2
The researchers also examined the effect of wine : to compare the effects on energy intake of drinking wine either before or with a meal 11 men participated in a
Nbspa solution is prepared that initially contains 010 m : nbspa solution is prepared that initially contains 0.10 m agaq and 0.80 m nh3 aq. the kf for the formation of agnh32aq
The dees are between the poles of an electromagnet where : a cyclotron designed to accelerate protons has an outer radius of 0.290 m. the protons are emitted nearly at rest from
Box 1 contains 1000 bulbs of which 10 are defective box 2 : box 1 contains 1000 bulbs of which 10 are defective. box 2 contains 2000 bulbs of which 5 are defective. two bulbs are

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Define kinetics of particles -newton''s second law

Kinetics of Particles : Newton's Second Law, Determine the maximum theoretical speed that may be achieved over a distance of 50 m by a car starting from rest

  What is the rate of heat loss from the steam line if the

an overhead 30-m-long uninsulated industrial steam pipe of 120-mm diameter is routed through a buidling whose walls and

  Determine the turbine power output the fraction of the

a stationary gas turbine power plant operates on the brayton cycle and delivers 20 mw to an electric generator. the

  Determine the radial force of the slider a when t02s what

the 14 slider a is pushed along the circular bar by the slotted bar. the circular bar lies in the horizontal plane. the

  What is the gage pressure of the air inside the piston what

consider the arrangement described in problem 1. a cable attached to the 100 lbm piston exerts a 200 lb force upward on

  Determine the magnitude of the force p needed to start

determine the magnitude of the force p needed to start towing the 40-kg crate. also determine the location of the

  Diameter sphere is embedded in insulation

A 4 m diameter sphere is embedded in insulation. The sphere contains a liquid-ice mixture maintained at 0 deg C. The ambient temperature surrounding the insulation is 25 deg C.

  If an automobile of mass 2 mg rounds this curve at 100 kmh

a curve of radius 200m on a level road is banked correctly for a speed of 65 kmh. if an automobile of mass 2 mg rounds

  Determine the final temperature and specific volume

Steam at 100 psia, 500oF is throttled to 20 psia. Changes in kinetic energy are negligible for this process. Determine the final temperature and specific volume of the steam.

  For your sink at home the flow rate in is 5000 unitshr

for your sink at home the flow rate in is 5000 unitshr. accumulation is 2500 units. what is the accumulation rate if

  Find the shaft id needed to obtain a maximum deflection

Find the shaft ID needed to obtain a maximum deflection at the center of 3 mm if the shaft OD is 22 cm. Assume the shaft to be the same length between supports as the length of the paper roll.

  T outlet is discharging water to the atmosphere

water flowing through a 10-cm-diameter water pipe at a rate of 0.1 m3s. now a diffuser with an outlet diameter of 20

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