Solve the problem.The following data show the list price, x, in thousands of dollars, and the dealer invoice price, y, also in thousands of dollars, for a variety of sport utility vehicles. Find a linear equation that approximates the data, using the points (16.5, 16.1) and (20.0, 18.3). 
A. y = 1.59x - 10.2
B. y = 0.629x + 5.73
C. y = 1.59x - 9.11
D. y = 0.629x + 6.38
Answer: B
You might also like to view...
Solve the problem.Among first-year students enrolled in a two-year program at a trade school, the following was determined to be true: 73% would successfully complete the year and go on to the second year; 16% would repeat the year; and 11% would drop out of the program. Among the second-year students, 83% would successfully complete the year and graduate; 9% would repeat the year; and 8% would drop out of the program. In the long run, what percentage of the second-year students will drop out of the program? Round your answer to the nearest whole number.
A. 18% B. 3% C. 9% D. 14%
Refer to the equation 3x- 2y = -6. Write the equation in slope-intercept form.
What will be an ideal response?
Determine whether the planes are parallel, orthogonal, or neither. 5x- 6y- 6z = 0 3x- 4y + 2z = -4
A. parallel B. orthogonal C. neither
Solve.
w = - 
A. w = - 
B. w = - 
C. w = - 
D. w = - 