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The plane curve generated by a point on the circumference of a circle, when it rolls on a fixed straight line without slipping is __________

The plane curve generated by a point on the circumference of a circle, when it rolls on a fixed straight line without slipping is __________ Correct Answer Cycloid

When a circle rolls on a straight line, the instantaneous positions of the point of intersection are obtained by periodically moving the center of the circle to different positions parallel to the line, while maintaining the same height of the division’s point.

Related Questions

Curve generated by a fixed point on the circumference of a circle which rolls without slipping along a fixed straight line.
How far is point 'R' from Point 'T'? Statement (I): Point 'R' is 5 metres to the north of point 'M'. Point 'U' is 4 metres to the east of point 'R'. Point 'T' is to the west of point 'R' such that points 'U' 'R' and 'T' form a straight line of  metres. Statement (II): Point 'Z' is metres to the south of point 'T'. Point 'U' is  metres to the east of point 'T'. Point 'M' is  metres to the east of point 'Z'. Point 'R' is  metres to the north of point 'M'. Point 'R' lies on the line formed by joining points 'T' and 'U'.
__________ is a curve generated by a point on the circumference of a circle which rolls without slipping on a straight line.
___________ is a curve generated by a point on the circumference of a circle, which rolls without slipping along another circle outside it.
___________ is a curve generated by a point fixed to a circle, within or outside its circumference, as the circle rolls along a straight line.
A curve traced out by a point in a straight line, which rolls without slipping along polygon or a circle is called __________
The curve generated by a point fixed to a circle outside its circumference as it rolls along a straight line is called a _________
Theoretical capacity of crushing rolls in tons/hr is given by (where, V = peripherial velocity, m/sec. W = width of rolls, m Dr = distance between rolls ρ = density of material to be crushed, kg/m³ here, V =πN.D where, N = speed of the rolls in rotation per second (rps) D = diameter of rolls, m)
Theoretical capacity of crushing rolls in tons/hr is given by (where, V = peripherial velocity, m/sec. W = width of rolls, m. Dr = distance between rolls, ρ = density of material to be crushed, kg/m3. here V = πN.D, where N = speed of the rolls in rotation per second (rps) D = diameter of rolls, m)
Point A is 3m in the north of point B. Point D is 2m in the east of point E. Point F is 9m in the west of point G. Point C is 4m in the west of point B. Point C is 3m in the south of point D. Point F is 5m in the south of point E. Point H is 5m in the north of point G. What is the shortest distance between point H and point A?