In a horizontal circle with a radius of 1.0 m, a 4.0 kilogram ball that is attached to a string is rotating.
The string can endure a tensile force of up to 200 N. It describes a body's motion when it follows a circular path on a horizontal surface. The object is moving horizontally in this instance. However, a circular projection of this horizontal surface is present. A plane is defined by a circle. We can define a "horizontal" circle as one whose plane is parallel to the horizontal reference and a "vertical" circle as one whose plane is perpendicular to the horizontal reference if you have a reference plane that you refer to as being horizontal. In a horizontal circular motion, the body or the object is moving at a constant pace, meaning that its rate of motion is steady and unchanging. The uniform circular motion includes horizontal circular motion.
a) Tangential speed, v = rω
Radius, r = 0.86 m
Angular speed, ω = 0.660 rev/s = 0.66 x 2 x π = 4.15 rad/s
Tangential speed, v = rω = 0.86 x 4.15 = 3.57 m/s
b) Centripetal acceleration,
c) Maximum tension in horizontal circular motion
Maximum tangential speed the ball can have = 5.41 m/s
to know more about horizontal circle please visit.
https://brainly.com/question/9083871
#SPJ4
