No, acceleration is a change in velocity. When a cyclist is moving at a constant speed around a corner, the direction of their velocity changes but not its magnitude, so there is no acceleration in the direction of motion. There may be a centripetal acceleration towards the center of the curve to keep the cyclist moving in a circular path.
The distance covered by the cyclist when riding halfway around a circular track with a radius of 140 meters is equal to the circumference of the circle, which is 2 * ฯ * radius. Therefore, the distance covered would be 2 * ฯ * 140 = 880 meters.
this is because the nucleolus that is the center of it is circular and and as it grows it just starts growing around it, that's why it circular.
because it travels in and around my mouth
The average cycling speed for a woman can vary based on factors like fitness level, terrain, and type of bike. On a flat road, a recreational female cyclist may ride at an average speed of around 12-16 mph, while more experienced riders or athletes can maintain speeds above 20 mph. Ultimately, individual abilities and training will determine an individual's average cycling speed.
Watch what the cyclist is doing, check ahead of you if it is safe to pull out, check behind you, indicate, and then go wide around the cyclist.
by letting it move around
Cycling comes from cycle, cyclic = something that goes around and comes around, like the wheels and the pedals.
The earth will have both rotational and circular motions. Rotational motion because of the earth rotating about its own axis(axis joining the line north and south poles). Circular motion because of moving around the sun.
Episode 34 of Monty Python's Flying Circus was entitled "The Cycling Tour." It was first aired on the 7th of December 1972 and featured a running sketch of a cyclist who wanders into various sketches around the world, played by Michael Palin.
because the sun has revovled around it and the sun goes areound so then the sun burns of any exact amount and then it formed like a circular shape.
Unfortunately, not all clocks are circular. The reason that most clocks are circular is because of convenience. As clocks rely on the rotation of the hands to tell time, it is simply easier for the numbers to be arranged in a circular formation around it.