This is the number you multiply by (pie-r-squared) to find the surface area of a sphere.

This is the formula used for pyth theorem.

This is two rays that share a common endpoint.

Same side interior and same side exterior angles always add up to this number.

This is the number you multiply the number of sides by in the theta equation.

This is the formula to find the volume of a sphere.

This is the only kind of triangle you can use the pyth theorem on.

This is a half line going forever in one direction.

The relationship between alternate exterior angle measures is this word.

A 0 with a horizontal line going through it represents this.

This is the total SA or a sphere with a radius of 2 rounded to the nearest tenth

These are the 3 most commons pyth theorem triangle triples.

A line that intersects 2 coplanar lines at two distinct points.

The relationship of two lines A and B with extra dark arrows drawn on them means this.

The bases of a trapezoid are 16 and 7. The height is 5. This is the total area rounded to the nearest tenth.

This is the total volume of a sphere wth a diameter of 20 inches rounded to the nearest tenth

This is the length of the hypotenuse with leg lengths 8 and 10 rounded to the nearest tenth.

This symbol is represented by two parallel, horizontal squiggly lines.

One angle of a linear pair is 60 degrees. This is the measure of the other angle.

You have a hexagon with a perimeter of 36. This is the total area of the figure rounded to the nearest tenth.

The surface area of this sphere is 95000. Find the volume of the sphere.

This is the length of a leg of a right triangle with a hypotenuse of 26 and a leg length or 14 rounded to the nearest tenth.

Reasoning that's based on the patterns you observe.

Angles one and two are alternate interior angles. It's given that angle one equals 8x-35. Angle two equals 3x-5. This is the value of x.

You have a decagon with the perimeter of 100. Find the total area (don't round)