(2x2 - 23x + 10) ö (x - 5) =
a. 2x - 2
b. 55
2x + 1 - ÄÄÄÄÄ
x - 5
c. 55
x2 - 13 + ÄÄÄÄÄ
x - y
d. 55
2x - 13 - ÄÄÄÄÄ
x - 5
e. 55
2x - 2 - ÄÄÄÄÄ
x - 5
d. 55
2x - 13 - ÄÄÄÄÄ
x - 5
You might also like to view...
Solve the problem.The logistic growth function f(t) = 
describes the population of a species of butterflies 
after they are introduced to a non-threatening habitat. How many butterflies are expected in the habitat after 16 months?
A. 320 butterflies B. 5120 butterflies C. 480 butterflies D. 278 butterflies
Solve the equation.-56 - 5x = -21 + 2x
A. {8} B. {5} C. {-8} D. {-5}
Solve the problem.An athlete uses three different exercise regimens for increasing cardiovascular fitness. An hour of regimen A rates a 3 in effectiveness, an hour of regimen B rates a 4 in effectiveness, and an hour of regimen C rates a 5 in effectiveness. In any given week, the athlete can train at most 5 hours by regimen A. In any given week the combined hours of regimens A and C may not exceed 8. In any given week the combined hours of regimens B and C may not exceed 10. How many hours of each regimen should the athlete perform in a week in order to maximize the increase in fitness?
A. 3 hours of regimen A, 5 hours of regimen B, 11 hours of regimen C B. 5 hours of regimen A, 7 hours of regimen B, 3 hours of regimen C C. 0 hours of regimen A, 2 hours of regimen B, 8 hours of regimen C D. 4 hours of regimen A, 6 hours of regimen B, 4 hours of regimen C
When entering the number 
into a three digit base ten calculator, the round-off error is
Select the correct answer.
?
A. 
B. 
C. 
D. 
E. 