Determine the frequency at which resonance will occur

Assignment Help Mechanical Engineering
Reference no: EM13966546

A mass of 500 kg is mounted on supports having a total stiffness of 100 kN/m and which provides viscous damping, the damping ratio being 0.4. The mass is constrained to move vertically and is subjected to a vertical damping force of the type Fcosθt. Determine the frequency at which resonance will occur and the maximum allowable value of ‘F' if the amplitude at resonance is to be restricted to 5 mm.

Reference no: EM13966546

Questions Cloud

Find amplitude of the motion of machine force transmitted : A 1000 kg machine is mounted on four identical springs of total spring constant K and negligible damping. The machine is subjected to a harmonic external force of amplitude F = 490 N and frequency 180 rpm. Find the amplitude of the motion of machi..
The methods that can be used in gathering information : Name and describe the methods that can be used in gathering information and system requirements.
Financing retirementprof. business has a self-managed : Financing RetirementProf. Business has a self-managed retirement plan through her University and would like toretire in 13 years and wonders if her current and future planned savings will provide adequatefuture retirement income. Here's her informati..
The phoenix hotel is a full service property : The Phoenix Hotel is a full service property with a restaurant and conference facility.  The Phoenix Hotel is a busy property catering to corporate clients as well as conventions.  The labor usage tends to fluctuate up and down
Determine the frequency at which resonance will occur : The mass is constrained to move vertically and is subjected to a vertical damping force of the type Fcosθt. Determine the frequency at which resonance will occur and the maximum allowable value of ‘F' if the amplitude at resonance is to be restrict..
Describe the benefit of having an it auditor : Describe the benefit of having an IT auditor as part of the system implementation team.
Why should continuity plans be addressed : Why should continuity plans be addressed during an implementation as opposed to after?
Find this information on your monthly energy bill. : The purpose of this assignment is for you to consider what type of energy your neighborhood is currently powered by and what it would really take to convert this source to a renewable one.
Problem regarding the bose-einstein scheme : Suppose five balls are distributed into three urns according to the Bose-Einstein scheme. Find the probability that at least one urn contains three or more balls.

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Find the resulting temperature function

A bar, 40 cm. long, originally has a temperature of 0 C, throughout its length. At time t=0, the temperature at one end (x=0) is raised to 50 and that at the other is raised to 100. Find the resulting temperature function r(x,t).

  A 50 kg copper block initially at 350 c is quenched in a

a 50 kg copper block initially at 350 c is quenched in a closed rigid insulated tank containing 120 l of liquid water

  Determine the convection coefficient for gas flow

The convection coefficient is determined. The following experimental arrangement uses the procedure to determine the convection coefficient for gas flow normal to a surface.

  A centrifugal pump can provide a 20-m head rise at 75

a centrifugal pump can provide a 20-m head rise at 75 revmin. if the rotation speed increases to 90 revmin what will be

  The bell-crank mechanism consists of a bent rod and an

the bell-crank mechanism consists of a bent rod and an attached 5-kg weight. the rod has negligible weight and the mass

  Factors considered while selecting a boiler

1. What are the factors considered while selecting a boiler? 2. What are the various boiler mountings? 3. Define vacuum efficiency of condenser? 4. What is the effect of friction on the flow through a steam nozzle?

  Determine the value of heat flux that must be supplied by

the air inside a chamber at 54 c is heated convectively with heat transfer coefficient of 35 wm2k by a 0.29-m thick

  Tpression and power stroke efficiencies are 90

according to data provided by motor trend the 2011 chevrolet silverado diesel hd is powered by an 8 cylinder diesel

  Design a circuit with a 4-bit

Design a circuit with a 4-bit input representing the binary number A3A2A1A0. The output should be 1 if the input value is divisible by 3. Assume that the circuit is to be used only for the digits 0 through 9 (thus, values for 10 to 15 can be don't..

  A 25 pound block b is moving with a velocity v06 fts as it

a 2.5 pound block b is moving with a velocity v06 fts as it hits a 1.5 pound sphere a which is at rest hanging from a

  The initial and final phase descriptions of the water

One-half kilogram of pure water is heated in a frictionless piston-cylinder device, at a constant pressure of 200 kPa, from an initial temperature of 20oC to a final temperature of 400oC.

  Combustion heats it to 1500 k in a constant-volume process

air in a piston-cylinder device has 400 degrees f 1000 kpa with a volume of 3.5 ft3. combustion heats it to 1500 k in a

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