For a certain model of car the distance d required to stop the vehicle if it is traveling at v mi/h is given by the formula d = v + v2/20 where d is measured in feet. Kerry wants her stopping distance not to exceed 40 ft. At what range of speeds (in mi/h) can she travel? (Enter your answer using interval notation.) 2: Determine the values of the variable for which the expression is defined as a real number. (Enter your answer using interval notation.) x2 − 2x − 80

For a certain model of car the distance d required to stop the vehicle if it is traveling at v mi/h is given by the formula d = v + v2/20 where d is measured in feet. Kerry wants her stopping distance not to exceed 40 ft. At what range of speeds (in mi/h) can she travel? (Enter your answer using interval notation.) 2: Determine the values of the variable for which the expression is defined as a real number. (Enter your answer using interval notation.) x2 − 2x − 80

Mathematics For Machine Technology

8th Edition

ISBN:9781337798310

Author:Peterson, John.

Publisher:Peterson, John.

Chapter16: Table Of Decimal Equivalents And Combined Operations Of Decimal Fractions

Section: Chapter Questions

Problem 35A

See similar textbooks

Similar questions

The approximate distance d (in feet) that travel after noticing that they must come to a sudden stop is given by the following formula, where x is the speed of the car (in mi/h): d=x+x220 If a car travels 75 ft. before slopping, what was its speed before the brakes were applied?
Solve and write any solution in interval notation: a. x2+3x+30 b. x2+3x+30
Express the given quantity in terms of the indicated variable. The sum of three consecutive even integer; n=first integer of the three
The tolerance for a ball bearing is 0.01. If the true diameter of the bearing is to be 2.0 inches and the measured value of the diameter is x inches, express the tolerance using absolute value notation.