8- P 00 4SUCI PRESENTS. Coir Course Home //openvellum.ecollege.com/course.html?courseld=D17313546&OpenVellumHMAC=83e41d44330208aab428e7b07da676fc#1... A Review | Constants At the time 4.00 s , find the angular momentum of the sphere. A hollow, thin-walled sphere of mass 12.0 kg and diameter 49.0 cm is rotating about an axle through its center. The angle (in radians) through which it turns as a function of time (in seconds) is given by 0 (t) = At? + Bt, where A has numerical value 1.10 and B has numerical value 1.60. ? L; = .48 kg m2 /s %3D %3D Submit Previous Answers Request Answer X Incorrect; Try Again; 5 attempts remaining Part D At the time 4.00 s, find the net torque on the sphere. ? N.m = Submit Request Answer P Pearson Copyright © 2022 Pearson Education Inc. All rights reserved. Terms of Use | Privacy Policy Permissions Contact Us | +66 njn L/S ily f12 ins prt sc delete home 61 144 米 backspace unu lock 6. R enter osned
Angular Momentum
The momentum of an object is given by multiplying its mass and velocity. Momentum is a property of any object that moves with mass. The only difference between angular momentum and linear momentum is that angular momentum deals with moving or spinning objects. A moving particle's linear momentum can be thought of as a measure of its linear motion. The force is proportional to the rate of change of linear momentum. Angular momentum is always directly proportional to mass. In rotational motion, the concept of angular momentum is often used. Since it is a conserved quantity—the total angular momentum of a closed system remains constant—it is a significant quantity in physics. To understand the concept of angular momentum first we need to understand a rigid body and its movement, a position vector that is used to specify the position of particles in space. A rigid body possesses motion it may be linear or rotational. Rotational motion plays important role in angular momentum.
Moment of a Force
The idea of moments is an important concept in physics. It arises from the fact that distance often plays an important part in the interaction of, or in determining the impact of forces on bodies. Moments are often described by their order [first, second, or higher order] based on the power to which the distance has to be raised to understand the phenomenon. Of particular note are the second-order moment of mass (Moment of Inertia) and moments of force.
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