Which statement about the radius of a sphere is true? the radius is a chord from one point on the surface of the sphere to another point on the surface of the sphere. the radius is a three-dimensional circle in which all points are equidistant from a fixed point. the radius is a line segment from the center point to the surface of the sphere. the radius is created from a plane that passes through the center of the sphere.

The statement that is true about the radius of a sphere is:

The radius is a line segment from the center point to the surface of the sphere.

We know that the radius of a circle/sphere is a line segment that joins the center of circle/sphere to any point on the circumference/ surface of the circle/sphere.

Also, in a circle the radius is the length such that each point on the circumference are equidistant from the center of the circle.

All options here, except for the third, make little or no sense. But the third, stating that "The radius is a line segment from the center point to the surface of the sphere" is perfect. Note that in 2 dimensional geometry it'd be "The radius is a line segment from the center point to the rim of the circle."

the answer is 21%.

using pemdas, (order of operations) you'll see the answer is 24.