If the radius of the directing circle is too large compared to the generating circle, the resulting motion may become less efficient and lead to inaccuracies in the intended path or trajectory. This discrepancy can cause issues in applications like gear systems or linkages, where precise movement is crucial. Additionally, the mechanical advantage can be negatively affected, potentially increasing wear and reducing the system's overall performance.
In the first case the point has positive abscissa as well as ordinate, whereas in the second, the abscissa is negative. But nothing "happens". The world does not end!
The diameter of a circle is twice its radius.
It becomes a line intersecting the circle.
It will result to the circle's radius.
The area quadruples.
In the first case the point has positive abscissa as well as ordinate, whereas in the second, the abscissa is negative. But nothing "happens". The world does not end!
In the first case the point has positive abscissa as well as ordinate, whereas in the second, the abscissa is negative. But nothing "happens". The world does not end!
The diameter of a circle is twice its radius.
The radius is half of the diameter of a circle
the area of the circle is increased by 400%
It becomes a line intersecting the circle.
The circle becomes an oval
It will result to the circle's radius.
I would rate my ping pong skills as above average compared to others in my circle.
in what? a circle?
nothing happens. it is the end of a day.
Square is to cube as circle is to sphere....two dimensial compared to three dimensial figures.