Work in circle in ANS

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Aug 6th, 2022
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How to work in circle in ANS

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so this is the front page of the project at first you will write your schoolamp;#39;s name then session then mathematics project then you need to write your name here in class then your roll number and the topic that means in which topic you are doing this project so here the topic is circle so this is the complete project so you can see this is the content of this project page number one Circle point so this is a circle here a circle is the collection of all those points in a plane whose distance from a fixed Point remains constant so this is a fixed point and opt stands and no Q distance both are same a fixed point is called the center of the circle so here o is the center of the circle and the constant distance distance is known as the radius of the circle that means here op and no Q both are the radius of the circle here radius r equal to opu and equal to oq that means both distance will be same the general in general all the red D of the circle are equal ready is this plural form

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We know that the general equation for a circle is ( x - h )^2 + ( y - k )^2 = r^2, where ( h, k ) is the center and r is the radius.
The rotation of the loop by 30∘ about an axis perpendicular to its plane make no change in the angle made by axis of the loop with the direction of magnetic field therefore,t he work done to rotate the loop is zero.
A = r The area of a circle is pi times the radius squared (A = r). Area of a circle (video) | Geometry - Khan Academy Khan Academy cc-seventh-grade-math Khan Academy cc-seventh-grade-math
Since, the particle always moves in a direction perpendicular to the radial direction in circular motion. Therefore, the dot product is always zero and hence, the work done by centripetal force in a circular motion is always zero. The work done by a centripetal force in a circular motion - w ww.toppr.com w ww.toppr.com ask question the-work-done w ww.toppr.com ask question the-work-done
Since, the particle always moves in a direction perpendicular to the radial direction in circular motion. Therefore, the dot product is always zero and hence, the work done by centripetal force in a circular motion is always zero.
Since the movement of body is always perpendicular to the centripetal force applied on it and there is no displacement in direction of force, so no work is being done and energy remains constant.
When a body is whirled in a circle the work done is zero because in circular motion displacement is always perpendicular to the applied force. Also when a body moves along a circular path then the centripetal force acts along the radius of the circle and is at right angle to the motion of the body . When a body is whirled in a circle, the work done on it toppr.com ask question when-a-body-i toppr.com ask question when-a-body-i

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