Which of the following most clearly exemplifies recursive reasoning?
a. Determining the 10th term in a sequence by using the "jump" from one term to the next to produce each of the first 10 terms.
b. Determining the 10th term in a sequence by finding a rule that takes the sequence term number as its input and gives its value as the output.
c. Determining the 10th term in a sequence by consulting a textbook or online source to find similar sequences.
d. Determining the 10th term in a sequence by discussing the problem with classmates.
Ans: a
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Write the expression as a sum, difference, or multiple of logarithms.log2
A. (6 log2x)(9 log2y) - log23 B. 6 log2x - 9 log2y - log23 C. 6 log2x + 9 log2y - log23 D. 6 log2x + 9 log2y + log23
Multiply or divide as indicated. Make sure that your answer is reasonable by estimating first. 17.63 × 0.009
A. 0.25867 B. 1.25867 C. 0.26867 D. 0.15867
Add and, if possible, simplify.
+ 
A. 0
B. 
C. 
D. 
Convert the following to degrees and minutes. Round to the nearest minute. ? 32.8° ? _____°_____'
What will be an ideal response?