Question

A. List the analogies between linear and rotational motion. B. List all the physical quantities and...

A. List the analogies between linear and rotational motion.

B. List all the physical quantities and the equation we define to deal with the linear motion.

C. How can we use those concepts in rotational motion.

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Compare the main physical quantities of translational and rotational motions. How many directions may have vector...
Compare the main physical quantities of translational and rotational motions. How many directions may have vector of angular velocity? Analogs in rotational dynamics for force, mass and the Second Newton’s Law in translational mechanics. Compare kinetic energies of translational and rotational motions. What is kinetic energy of solid body performing both translational and rotational motion at the same time? Angular momentum: definition and comparison with linear momentum. Conservation of angular momentum.
to which physical quantity in linear motion os the quantity "moment of inertia" analogous to in...
to which physical quantity in linear motion os the quantity "moment of inertia" analogous to in rotational motion a. kinetic energy b. velocity c. mass d. momentum part b. consider a uniform circular disk of mass M and radius R. what formula would you use to calculate its moment of inertia relative to an axis perpendicular to the plane the disk and passing through its center? I = Part c. consider a ring of mass M and inner radius R1...
a) Use Newton’s second law to set up an equation that describes the motion of a...
a) Use Newton’s second law to set up an equation that describes the motion of a mass moving horizontally under the influence of a linear spring force. Neglect air resistance and friction. Solve your equation to obtain expressions for the object’s position, velocity and acceleration as functions of time. Obtain an expression for the angular frequency of the oscillation. Clearly define all quantities you need to do this. b) Repeat a) using energy ideas.
(a) Use energy ideas to set up an equation that describes the motion of a mass...
(a) Use energy ideas to set up an equation that describes the motion of a mass moving horizontally under the influence of a linear spring force. Neglect air resistance and friction. Solve your equation to obtain expressions for the object’s position, velocity and acceleration as functions of time. Obtain an expression for the angular frequency of the oscillation. Clearly define all quantities you need to do this. Show and explain each step, and be clear about what your answers are...
A rigid object, hinged at one end and initially at rest, is set into rotational motion....
A rigid object, hinged at one end and initially at rest, is set into rotational motion. Its angular acceleration is given by the equation α = −b + ct where b and c are constants. Here b = 2.55 rad/s2, and c = 4.90 rad/s3. (a) Write an expression for the angular speed of the object in terms of the constants b, c, and time t. ω = ____________ (b) Write an expression for the angular position of the object...
We have an analogy between circular motion and SHM that we can use to describe SHM...
We have an analogy between circular motion and SHM that we can use to describe SHM mathematically. But in order to ensure that black cylinder rotates with exactly the right angular velocity \omegaω so that its motion syncs up with the side to side motion of the glider, there must be some relationship between \omegaω and the properties of the glider/spring system. The goal of this section is to find the fundamental relationship. 1.Draw a force diagram for the glider...
Please answer all parts. Thank you! 1. Explain the correspondence that lets us easily translate between...
Please answer all parts. Thank you! 1. Explain the correspondence that lets us easily translate between linear motion and rotational motion. What are the linear analogues of the rotational quantities we have discussed in lecture i.e. angle, angular velocity, angular acceleration and moment of inertia? Where does the correspondence seem to fail? 2. Explain, in words, how we know that a freely spinning asteroid in space is rotating about an axis that passes through its center of mass? 3. You...
List all of the similarieties and differences you can between the processes involved in aerobic respiration...
List all of the similarieties and differences you can between the processes involved in aerobic respiration and those of fermentation.
We are all too familiar with linear equations in two variables. These systems may have no...
We are all too familiar with linear equations in two variables. These systems may have no solution, one solution, or infinitely many. Of course, we can interpret these solutions geometrically as two parallel lines, two intersecting lines, or two identical lines in the plane. How does this extend into linear equations in three variables? If a linear equation in two variables describes a line, what does a linear equation in three variables describe? Give a geometric interpretation for the possible...
Graph: TB and TC curves. Both the TB and TC curves are graphed over quantities (Q)....
Graph: TB and TC curves. Both the TB and TC curves are graphed over quantities (Q). The start at Q = 0 and intersect at the quantity indicated by point G. The tangent line at point B is parallel to TC. Reference: TB and TC Curves The quantity at point ____ indicates the optimal quantity. A. A B. G C. D D. C If a relation between X and Y is provided by the equation y = 30 + –2.2...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT