Two cyclists, 56 miles apart, start riding toward each other at the same time. one cycles 3 times as fast as the other. if
they meet 2 hours later, what is the speed (in mi/h) of the faster cyclist?
a write an equation using the information as it is given above that can be solved to answer this problem. use the
variable r to represent the speed of the slower cyclist.
b. what is the speed of the faster cyclist?

What are the related frequencies to the nearest hundredth of the columns of the two way table? group 1: a-102 b-34group 2: a-18 b-14edited: i don’t have all day to be waiting for an answer. i figured it out.

Suppose you are going to graph the data in the table. minutes temperature (°c) 0 -2 1 1 2 3 3 4 4 5 5 -4 6 2 7 -3 what data should be represented on each axis, and what should the axis increments be? x-axis: minutes in increments of 1; y-axis: temperature in increments of 5 x-axis: temperature in increments of 5; y-axis: minutes in increments of 1 x-axis: minutes in increments of 1; y-axis: temperature in increments of 1 x-axis: temperature in increments of 1; y-axis: minutes in increments of 5

Sketch one cycle if the cosine function y=2cos2theta