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

Find out the horizontal and vertical components of the force, Find out the ...

Find out the horizontal and vertical components of the force: A force of 120 N is exerted on a hook in the ceiling as illustrated in Figure. Find out the horizontal and vertic

What is floating foundations, What is Floating Foundations The settlem...

What is Floating Foundations The settlement of foundations can be reduced if the applied load is compensated by excavation of a basement. This basement may be in the form of

Electrical technology, Hi there could I please get a quote for the attached...

Hi there could I please get a quote for the attached Electrical assignment please. Particular attention needs to be taken in terms of the instructions

Position of centre of gravity of the frustrum of a cone, Position of centre...

Position of centre of gravity of the frustrum of a cone: situate the position of C. G. of the frustrum of a cone with height H = 12 cm and with diameter 8 cm and 12 cm at top

Types of coated electrodes-rutile electrode, Rutile Electrode This type h...

Rutile Electrode This type has thicker coating than cellulosic coated and the flux is mainly composed of rutile (titanium di - oxide) and silicates, with a negligible amount of c

Answer, give me an example of law of superposition

give me an example of law of superposition

Compute the angular velocity of bar, Compute the angular velocity of bar: ...

Compute the angular velocity of bar: A bar AB as shown in slides so that its bottom point A has a velocity of 4 m/sec to the left along the horizontal plane. Compute the veloc

Stud welding, Stud Welding This is an arc welding process in which the...

Stud Welding This is an arc welding process in which the arc is struck between a metal stud or similar part and the base metal. The arc heats the mating ends to a proper tempe

Fluid Question, If water is pumped from a pristine stream and piped to a st...

If water is pumped from a pristine stream and piped to a storage tank installed on a tower above the facility, a) What is the minimum dimension for "X" to achieve the required pres

Problem type-aspects of scheduling , Problem Type Aforementioned illust...

Problem Type Aforementioned illustration relates to the class of non-cyclic scheduling problems characterized via the subsequent features. (a) The Flexible Manufacturing Sys

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