Question: The linear velocities and the angular velocities forthe two bugs can largely be derived from whatwe know about angular displacement as the angle it self

The linear velocities and the angular velocities forthe two bugs can largely be derived from whatwe know about angular displacement as the angle it self and the acceleration fo the platform isthe same as they have the same source of this rotation in the platform however, the linearvelocities being derived from distance travelled over time have different values as they travelwidely different distances.----reword

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 Physics Questions!

18. What do you call that graph of a mechanical system's potential energy which is easily accomplished in a one-dimensional system? A. Energy diagram B. Potential energy diagram C. Gravitational...

Here is the given information. l1 = 0.88 m l2 = 0.22 m l3 = 0.6 m l4 = 0.7 m l5 = 0.88 m H = 0.055 m lAC = 0.36 m B (beta) =11 degree Theeta 1 = 9 degree n2 =485 rpm Theeta 2 =60 degree For the...

Determine all possible positions of links and joints by graphical position analysis. Draw to scale all positions of joints for sixteen subsequent positions of link 2 and determine the limits of...

Problem 1 a) For each of the mechanisms shown below use graphical method to determine all angular and linear velocities. b) For mechanism in Figure 2 to 5 use analytical methos to determine all...

(story problem in multiple parts) The carousel makes a complete revolution in 12 seconds. How far did Beth go in one revolution? How far did Steve go in one revolution? If the carousel continues...

Flywheel Shaft radius r Shaft radius r WI W2 (a) W3 Radius Cord m mass radius R W1=7.5 cm Figure 3: Dimensions of flywheel. H Floor (b) W2=4 cm

Problem 5 : For the linkage shown in the figure; given the linear velocity of point \ ( A \ ) is \ ( 5 0 \ mathrm { ~m } / \ mathrm { sec } \ ) downword. Using the graphyical velocity analysis method...

a) Write the constraints (position variables) and closure loop equation(s) b) Write velocity equations of the mechanism c) For constant angular velocity of link-2, 200 rpm (cw), draw the velocity...

In the four-bar mechanism shown in Fig.2.55(a), link 2 is rotating at angular velocity of \(15 \mathrm{rad} / \mathrm{s} c \omega\). Locate all the instantaneous centres of the mechanism and find (a)...

Explain the different techniques that firms can use to protect themselves from future changes in exchange rates.

= = We have a financial market consisting of two risky assets. (a) (3 Points) Assume that 0.1, 2 0.05, 01 = 0.2 and 02 0.15. If you know that the expected return of the minimum variance portfolio is...

Question content area top Part 1 Current search engines function primarily by recognizing keywords. Question content area bottom Part 1 True False

QUESTION 2 . Describe the steps involved in administration of mixtures (14 MARKS) . Mention six ways in which drug containers could be catered for (6 MARKS)

- 15 What is the output of the following C++ code: int a = 1: ed int b = 1 int c = a||--b int d=a-- && -b: out of question Cout

Question 23 What is the output of the following code: Not yet int x, y=5, z=2, q=4, w=2 y=x& &z+3||q-w%6; cout

Question 7 . Given the following simple maze, convert the maze into a graph. ( 5 points ) Question 8 . Implement depth first search in the maze function in homework 1 . py . ( 2 0 points ) Question 9...

2. Develop a good and lasting relationship

1. Avoid conflicts in the relationship

3. What is happening here and now (1 is oriented towards the proactive, 2 towards the reactive and 3 is a balance between the two). c. Source of inspiration: When I communicate it is important for me...