distance = 1/2 circumference
displacement = 2 r (special case because exactly half of the circle was travelled)
circumference = 2*pi*r
1/2 circumference = 1/2*2*pi*r = pi * r
Time in Distance 1+ time in distance 2= 22let the 1st Distance be x2nd Distance = 500-xtime = distance / speedx/10 + (500-x)/50= 22LCM = 50multiply equation by 505x+500-x=11004x=600x=150 m150 m at 10m/s350 m at 50m/s
None.Speed is the distance covered per unit of time. If no distance is covered then the speed is 0.None.Speed is the distance covered per unit of time. If no distance is covered then the speed is 0.None.Speed is the distance covered per unit of time. If no distance is covered then the speed is 0.None.Speed is the distance covered per unit of time. If no distance is covered then the speed is 0.
weight x distance = work
T = Distance/R
14
wavelength
Distance covered - 2199m Displacement - 200m Distance covered - 2199m Displacement - 200m
double of the radius means equal to diameter
the distance around a circular region is called circumference
Circular diameter is the distance from side to side of a circle through the middle.
Time=2m and 20 seconds ( converts it into second) s0 time in seconds = 140 seconds now v=w*r = 2*22/7*100 40 seconds = 2 * 22/7 *100 1 second = 2 * 22/7 * 100/40 140 second = 2 * 22/7 * 100/40 * 400 so, it gives = 2200 m so the distnace is 2200 m and the dispalcement is 200 m
Diameter.
Yes, if it is a circular track.
The perpendicular distance between its circular ends
Work is done when a force is applied over a distance. If the force acts opposite the direction of motion, like friction, then the work is negative.
An ellipse is a closed curve that is not circular (the curve is not a constant distance from any point inside of the curve). While some planetary orbits are relatively circular, others are more elliptical, that is having an oval shape with a varying distance from the Sun.
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