Choose the appropriate response.In the division algorithm process, the original polynomial, f(x), should equal 
.
A. the quotient of the divisor and the quotient minus the remainder, or, f(x) = 
- r(x)
B. the product of the divisor and the quotient plus the remainder, or, f(x) = d(x)q(x) + r(x)
C. the product of the divisor and the sum of the quotient and the remainder, or, f(x) = d(x)[q(x) + r(x)]
D. the quotient of the quotient and the divisor plus the remainder, or, f(x) = 
+ r(x)
Answer: B
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A. 5
B. 10
C. 100
D. 5
Solve the problem.The square root expression Rf
gives the aging rate of an astronaut relative to the aging rate of a friend on Earth, Rf, where v is the astronaut's speed and c is the speed of light. An astronaut is moving at 60% of the speed of light. Substitute 0.6c in the expression above. What is his aging rate, correct to two decimal places if necessary, relative to a friend on Earth?
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Which best describes the thinking strategy of a student who changes the expression 4x + 5 -7x -2 to 4x + 5 + (-7x) + (-2) before trying to simplify it?
a. Automization b. Guessing-substituting c. Preparatory modification d. Using quasi-rules
Solve the problem.The table shows the population of a city over the past five years. 
We used this data to develop the quadratic function 
, which models the population of the city y in millions in the year x. Use the model to find the estimated population in year 9.
A. 66,822,000 B. 1,490,000,000,000 C. 1,490,000 D. 65,538,000