Particle moving in a circle with a constant angular speed, Mechanical Engineering

Assignment Help:

Which of the statements are true for a particle moving in a circle with a constant angular speed?

Ans) The angular speed is how fast the angle changes. So it measures A particle is moving round a circle of radius 10cm. ... If a body is moving around a circle, even if it is moving at a constant speed it is accelerating.

Related Discussions:- Particle moving in a circle with a constant angular speed

Module assembly site preparation, Q. Module Assembly Site Preparation? ...

Q. Module Assembly Site Preparation? To set a module on the piles installed on project site, the following preparations shall be made: The Designer shall provide design elev

Thermodynamics, why constant volume line has more slop tha constant pressur...

why constant volume line has more slop tha constant pressure line in T-S diagram

Curvilinear motion of a partical, Consider a particle and its path of trave...

Consider a particle and its path of travel.The position of a particle P at any time t can be described by specifying its: (a)Rectangular coordinates; X,Y,Z (b)Cylindrical coordinat

Advantages of laser welding process, Advantages of Laser Welding Process ...

Advantages of Laser Welding Process 1) Narrow deep penetration welds capable of being produced in atmosphere. 2) Low thermal distortion - due to less heat input and paral

Mechanical equipment specifications, The specifications for use on a projec...

The specifications for use on a project will be as defined in the Project Execution plan. The Specification requirements will be clarified in the Engineering Estimate or at the Pr

.VIABRATIONS, WHAT IS DAMP VIBRATION FACE ANGLE SIMPLE HARMONIC MOTION NAT...

WHAT IS DAMP VIBRATION FACE ANGLE SIMPLE HARMONIC MOTION NATURAL CIRCULAR FREQUENCY FORCE VIBRATION

Locomotive boiler, advantages and disadvantages of locomotive boiler

advantages and disadvantages of locomotive boiler

FLUID MECHANICS, A mix of spherical particles of different sizes is to be s...

A mix of spherical particles of different sizes is to be separatedinto two size ranges by passing a liquid of density 1200 kg m-3 and viscosity 0.0015 Pa s upward through the mixtu

Stellite-alloys for cutting tools, Stellite This is an alloy of Co as ...

Stellite This is an alloy of Co as 40-60%, Cr as 25-35%, W as 4-25% and C as 1-3%. This is a cast alloy comprising C, W, and Cr in Cobalt matrix. Its major characteristic is l

Maximum slope and maximum deflection, Maximum slope and maximum deflection:...

Maximum slope and maximum deflection: A simply supported beam of span l is subjected to two concentrated loads at one-third span through two supports. Discover the maximum slo

3/12/2013 2:49:27 AM For a particle moving in a circle with constant angular speed, velocity vector is always tangent to the circle and the acceleration vector always points towards the centre of the circle or is always along radius of the circle. Therefore, tangential vector is perpendicular to radial vector, thus, velocity vector will be perpendicular to the acceleration vector. But in no case acceleration vector is tangent to the circle.

3/12/2013 2:49:27 AM

For a particle moving in a circle with constant angular speed, velocity vector is always tangent to the circle and the acceleration vector always points towards the centre of the circle or is always along radius of the circle. Therefore, tangential vector is perpendicular to radial vector, thus, velocity vector will be perpendicular to the acceleration vector. But in no case acceleration vector is tangent to the circle.

Write Your Message!

Name

Email id

Message

Verfication Code

User Account

All Pages