Provide an appropriate response.Write as an ordinary number: 3.2 × 10-1
A. 0.032
B. 320
C. 0.32
D. 3.2
Answer: C
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Solve the problem.Suppose it cost $2.84 to fill a gas tank in 1965. How much would it cost to fill the same tank in 1975?Use the table below. 
A. $5.73 B. $7.37 C. $6.45 D. $5.16
Express the number in exponential form.
A. 198.94e619.09j B. 619.09e3.472j C. 3.472e619.09j D. 619.09e198.94j
Two formulas that approximate the dosage of a drug prescribed for children are: Young's Rule: C = 
and Cowling's Rule: C = 
.In each formula, A = the child's age in years, D = an adult dosage, and C = the proper child's dosage. The formulas apply for ages 2 through 13. Use these formulas to solve the problem.Use Young's Rule to find the difference in a child's dosage for a 13-year-old child and a 5-year-old child. Express the answer as a single rational (or fractional) expression in terms of D.
A. 
D
B. 
D
C. 
D
D. 
D
Graph the function.f(x) = 2 ln x
A. 
B. 
C. 
D. 