LaMarcus is 1400 miles away from home when he starts driving at a rate of 65 miles per hour. As he drives, his distance from home can be modeled by y=65x+1400𝑦=65𝑥+1400 , where x is the time in hours since he left. Bianca is also traveling away from her home, and the function representing her distance from home is parallel to the function representing LaMarcus’s distance. After 5 hours, Bianca is 1525 miles from home. Which function represents Bianca’s distance from home over time?

Juan and Rajani are both driving along the same highway in two different cars to a stadium in a distant city. At noon, Juan is 260 miles away from the stadium and Rajani is 380 miles away from the stadium. Juan is driving along the highway at a speed of 30 miles per hour and Rajani is driving at speed of 50 miles per hour. Let JJ represent Juan's distance, in miles, away from the stadium tt hours after noon. Let RR represent Rajani's distance, in miles, away from the stadium tt hours after noon. Graph each function and determine the interval of hours, t, commat, for which Juan is closer to the stadium than Rajani.Click twice to plot each line. Click a line to delete it.1234567891011121314151617181920204060801001201401601802002202402602803003203403603804000Number of Hours After NoonNumber of Miles Away from the Stadiumty0Number of Hours After NoonNumber of Miles Away from the StadiumAnswerAttempt 1 out of 2Juan is closer to the stadium than Rajani when tt .Note: The interval will only apply for valid values of tt in the domain.

Select the correct answer.Jason is traveling by car from his home to his office. He has gone 3.5 miles so far. From this point on, he can cover 100 miles every 2 hours. What is the equation of a line that models the total miles traveled, y, in x hours after this point?

The linear regression equation is y = 61.93x - 1.79. Use the equation to predict how far this person will travel after 10 hours of driving. Time Driving (Hours) = 0, 1, 2, 3, 4, 5, 6 Total Distance (Miles) = 0, 55, 120, 188, 252, 307, 366 a. 10 miles b. 0.19 miles c. 617.5 miles d. 500 miles

Barry drives his car at a speed of 48 miles per hour. If he covers a total distance of x miles then which of the following function correctly models the time taken by him to cover x miles?

Select the correct answer.Dudley is biking. He wants to cover 40 miles. If he travels 30 miles every 2 hours, what is the equation of a line that models y, the number of miles he has left to travel, after biking x hours? A. y = -15x – 40 B. y = -30x + 40 C. y = -15x + 40 D. y = 30x – 40