Solve the problem.The amount of water in a leaky bucket is given by the linear function 
, where y is in ounces and x is in minutes. Find and interpret the slope and y-intercept of the linear equation.
A. m = 114; The amount of water in the bucket increases 114 ounces every minute. 
At x = 0, the amount of water in the bucket was 9 ounces.
B. m = 114; The amount of water in the bucket decreases 114 ounces every minute. 
At x = 0, the amount of water in the bucket was 9 ounces.
C. m = -9; The amount of water in the bucket decreases 9 ounces every minute. 
At x = 0, the amount of water in the bucket was 114 ounces.
D. m = 9; The amount of water in the bucket increases 9 ounces every minute. 
At x = 0 the amount of water in the bucket was 114 ounces.
Answer: C
You might also like to view...
Solve the problem.If the area of the region at step 4 in the construction of the Sierpinski gasket is 8, then the area of the region in step 5 of the construction of the Sierpinski gasket is
A. 6. B. 8. C. 10. D. 0. E. none of these
Solve the problem.199! + 200! =
A. 2 × 200! - 200 B. 201 × 199! C. 399! D. 2 × 199! + 200 E. none of these
Provide an appropriate response.Write fourteen and seven hundred forty-seven thousandths using numbers.
A. 0.14747 B. 14,747 C. 14.747 D. 14.0747
Solve the problem.Let the final simplex tableau for a linear programming problem be given by
What will the new output be if u increases by 3 units?
What will be an ideal response?