Divide, if possible.84 ÷ (-6)
A. -24
B. -14
C. 14
D. - 
Answer: B
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Answer the following statement(s) true (T) or false (F)
Students cannot successfully solve problems involving fraction division until they have mastered the invert-and-multiply algorithm.
Provide an appropriate response. Solve the given problem: The coffee beans from 16 trees are required to produce the 19 lb of coffee that each person in the United States drinks, on the average, each year. How many trees are required to produce 450 lb of coffee? (Hint: Any decimal part of a tree becomes a whole tree.)
A. 304 trees B. 535 trees C. 379 trees D. 136,800 trees
Find an equation of an ellipse satisfying the given conditions.Foci: (±8, 0), vertices: (±10, 0)
A. 36x2 - 100y2 = 36 B. 36x2 + 100y2 = 100 C. 100x2 + 36y2 = 3600 D. 36x2 + 100y2 = 3600
Solve the following quadratic application using the quadratic formula.A grasshopper is perched on a reed 6 inches above the ground. It hops off the reed and lands on the ground about 8.3 inches away. During its hop, its height is given by the equation 
, where x is the distance in inches from the base of the reed, and h is in inches. How far was the grasshopper from the base of the reed when it was 3.75 inches above the ground? Round to the nearest tenth.
A. The grasshopper was about 1.1 inches from the base of the reed when it was 3.75 inches above the ground. B. The grasshopper was about 1.9 inches from the base of the reed when it was 3.75 inches above the ground. C. The grasshopper was about 6.9 inches from the base of the reed when it was 3.75 inches above the ground. D. The grasshopper was about 8.3 inches from the base of the reed when it was 3.75 inches above the ground.