Use values from the compound interest table to find the compound interest. Round to the nearest cent.
$17,000 at 8% compounded semiannually for 6 years
A. $4,510.42
B. $10,217.51
C. $9,976.86
D. $8,160.00
Answer: B
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Find the curvature of the curve r(t).r(t) = (7t + 8)i - 2j + (9 - 
t2)k
A. ? = 7
B. ? = 
C. ? = 7
3/2
D. ? = 
Find the area of the triangle. Approximate values to the nearest tenth when appropriate.
A. 200 in.2 B. 820 in.2 C. 260 in.2 D. 410 in.2
Use the loan payoff table to find the monthly payment and finance charge for the loan.
Amount financed: $11,491Number of months: 24APR: 13%
A. $540.88, $1490.12 B. $450.68, $-674.68 C. $551.68, $-1749.32 D. $546.28, $1619.72
There are three genes in the gene pool for blood, A, B, and O. Two of these three are present in a person's blood: A and B dominate O, whereas A and B are codominant. This gives the following possibilities:
Genotype
Phenotype
AAtype A bloodAOtype A bloodABtype AB bloodBOtype B bloodBBtype B bloodOOtype O bloodLet p, q, and r represent the frequencies of the genes A, B, and O in the blood gene pool. Suppose a certain population has 20% type A, 39% type B, and 41% type O. Construct a Punnett square and find 
to answer, what percent of the population has each genotype.Give your answers to two decimal places, if required.__________% of AA__________% of AO__________% of AB__________% of BO__________% of BB__________% of OO
What will be an ideal response?