Question: Problem 5 An SDOF system ( m = 2 0 k g , k = 3 5 0 N m ) is given an initial

Problem 5
An SDOF system (m=20kg,k=350Nm) is given an initial displacement of 10 mm and initial velocity of 100mms.(a) Find the natural frequency; (b) the period of vibration; (c) the amplitude of vibration; and (d) the time at which the third maximum peak occurs.
Ans: 0.666Hz;1.502sec;25.91mm;3.285sec.
Problem 5 An SDOF system ( m = 2 0 k g , k = 3 5

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Mechanical Engineering Questions!

Q:

Do it in MATLAB, Thanks function x = frsp_sdof(t) % Free response function of a SDOF system global m c k global x0 v0 wn = sqrt(k/m); % natural frequency ("omega_n") zeta = c/2/sqrt(k*m); % damping...

Q:

Problem 7: Modify your Matlab code in Problem 5 to include input F(t). Simulate the system with these conditions: Initial conditions for stretch and velocity are both 0. a. The force input is: F(t) =...

Q:

Deduce the type of map3iter and explain in words what the function does. Illustrate your answer by considering the call map3iter g [1, 1, 1, 1, 1, 1]; in an environment in which g is defined as...

Q:

ECON6002 Macroeconomics Analysis 1 Week 2: The Ramsey Model Nadine Yamout University of Sydney Semester 2, 2021 Class Outline 1. The Ramsey model 2. Households dynamic optimization problem 3. Model...

Q:

I need all answers AP Physics 1 U8 - WS1 - Properties of Oscillation page 1 Unit 8 - Oscillation & Waves 2/27/17 Problems 1-12: A cart attached to a spring is displaced from equilibrium and then...

Q:

I'm encountering a problem in my code. When I try to plot the functions illustrated in my code, I draw a blank screen from the function. The code is meant to solve a mass-spring-dapshot system using...

Q:

i need all answers please AP Physics 1 U8 - WS1 - Properties of Oscillation page I Unit 8 - Oscillation & Waves 2/27/17 Problems 1-12: A cart attached to a spring is displaced from equilibrium and...

Q:

Problems 20 through 23 deal with the same system of three railway cars (same masses) and two buffer springs (same spring constants) as shown in Fig. 7.5.6 and discussed in Example 2. The cars engage...

Q:

Problems 20 through 23 deal with the same system of three railway cars (same masses) and two buffer springs (same spring constants) as shown in Fig. 7.5.6 and discussed in Example 2. The cars engage...

Q:

Problems 20 through 23 deal with the same system of three railway cars (same masses) and two buffer springs (same spring constants) as shown in Fig. 7.5.6 and discussed in Example 2. The cars engage...

Q:

Pure oxygen is heated from 77 F, 14.7 lbf/in.2 to 5300 F in a constant volume container, find the final pressure, composition, and the heat transfer As oxygen is heated it dissociates O2...

Q:

Discuss the approaches to sourcing each of these components. In your discussion, you should focus on two key questions for each of the outsourced parts: what is the risk in the supply market, and...

Q:

8. In this exercise, you use a Microsoft Access database named Calories. The database, which is stored in the VB2015\Chap13\Access Databases\Calories.accdb file, keeps track of the calories consumed...

Q:

ASAP PLEASE ASAP. Is the following part in italics true or false? If it is false, brie?y explain why, focusing on the key reason why it is false. The development of the VC industry in th...