Turns+90+10+2

1. Know the difference between Distance, Degrees, and Rotations a. Explain distance related to a robot's wheel. (What distance is important to moving a robot and how)

b. Explain degrees related to turning a robot. (What is a degree and how are they used when turning a robot?)

c. Explain rotations related to moving a robot. (What is a rotation and how are rotations used to move a robot?)

d. Explain rotations related to the programming the movement of a robot?

2. Explain what "Turn Distance" is. Be detailed and specific.

3. How many rotations must be entered in to the duration spot of one wheel to turn the REMBot exactly 90 degrees? a. Copy and paste the correct formula to use for determining Turn Distance. Put the correct numbers in the correct places in the formula/equation.

b. Solve the equation for Turn Distance and write your answer below. .............. = Turn Distance
 * __Turn Degrees__ ||  || = ||   || __Turn Distance__ ||   ||   ||   ||   ||
 * 360 Degrees ||  ||   ||   || Turn Circle Circumference ||

c. Copy and paste the correct formula to use for determining Rotations. Put the correct numbers in the correct places in the formula/equation.
 * __Distance__ ||  || = ||   || __2(wheel radius)3.14__ ||   || X ||   || __Rotations__ ||
 * 1 ||  ||   ||   || 1 ||   ||   ||   || 1 ||

d. Solve the equation for Rotations and write your answer below. .............. = Rotations

4. How many rotations must be entered in to the duration spot of one wheel to turn the REMBot exactly 10 degrees? a. Copy and paste the correct formula to use for determining Turn Distance. Put the correct numbers in the correct places in the formula/equation.

b. Solve the equation for Turn Distance and write your answer below. .............. = Turn Distance

c. Copy and paste the correct formula to use for determining Rotations. Put the correct numbers in the correct places in the formula/equation.

d. Solve the equation for Rotations and write your answer below. .............. = Rotations