Solve the problem.Which has a lower present value: $50,000 if interest is paid at a rate of 5.44% compounded continuously for 2 years, or $54,000 if interest is paid at a rate of 3.7% compounded continuously for 33 months?
A. Both investments have the same present value.
B. $50,000 with interest paid at a rate of 5.44% compounded continuously for 2 years has a lower present value.
C. $54,000 with interest is paid at a rate of 3.7% compounded continuously for 33 months has a lower present value.
Answer: B
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The amount remaining A, in grams, of a certain radioactive is measured at monthly intervals and recorded in the table below. t0123 A73.0059.1347.9038.80? A: Make a table of successive ratios to show that the amount remaining of the radioactive substance can be modeled by an exponential function. Round your answer to two decimal places.B: Find an exponential model for the data. Round your answer to one decimal place.C: Plot the graph of the data points along with the exponential model. Include up to 10 months.D: According to the model, what is the half-life of this substance? That is, how long will it take for half the substance to decay? Round your answer to two decimal places.
What will be an ideal response?
The bar graph shows the number of tickets sold each week by the garden club for their annual flower show.?
How many tickets were sold in all?
A. 195 tickets B. 215 tickets C. 105 tickets D. 205 tickets
Find the function value.Given that f(x) = 5x2 - 2x, find f(t + 2).
A. t2 + 2t - 6 B. 3t + 6 C. 5t2 + 18t + 16 D. 5t2 - 18t + 16
Estimate the sum as indicated. Then answer the question.Estimate the following sum by first rounding to the nearest hundred. Does the estimate give you reason to doubt the stated sum?
A. Estimate: 122,200 ; no B. Estimate: 122,200 ; yes C. Estimate: 126,200 ; no D. Estimate: 126,200 ; yes