The table shows a proportional relationship.

Workout (hours) 1 2 3

Calories Burned 320 640 960

Create a description in words for the table.

The number of hours working out is dependent on the number of calories burned. For a one-hour workout, there are 320 calories burned, and for a two-hour workout, there are 640 calories burned.

The number of hours working out is dependent on the number of calories burned. For every 320-hour workout, there is 1 calorie burned, and for every 640-hour workout, there are 2 calories burned.

The number of calories burned is dependent on the number of hours working out. For a one-hour workout, there are 320 calories burned, and for a two-hour workout, there are 640 calories burned.

The number of calories burned is dependent on the number of hours working out. For every 320-hour workout, there is 1 calorie burned, and for every 640-hour workout, there are 2 calories burned.

Answer:Step-by-step explanation:inference– The number ofcalories burnedis dependent on thenumber of hoursworking out.## What is the general equation of a Straight line?

general equationof a straight line is –[y] = [m]x + [c][m] →isslopeof line which tells theunit rateof change of [y] with respect to [x].[c]→ is they – intercepti.e. the point where the graph cuts the[y] axis.equationof astraight linecan be also written to expressproportional relationshipas –y = kx{k is constant}proportional relationship –Workout (hours)1 2 3Calories Burned320 640 960calories burnedis dependent on thenumber of hoursworking out. For aone-hourworkout, there are320 calories burned, and for atwo-hour workout, there are640 calories burned.y = 320kinference– The number ofcalories burnedis dependent on thenumber of hoursworking out.direct proportionality, visit the link below-