f(x)=10(1.25)xThe function models f, the price of a rare trading card in dollars x years after its initial release in 1993. Based on the model, what is the price of the trading card 20 years after its initial release?Choose 1 answer:(A) $15.63(B) $16.39(C) $93.13(D) $867.36
Q. f(x)=10(1.25)xThe function models f, the price of a rare trading card in dollars x years after its initial release in 1993. Based on the model, what is the price of the trading card 20 years after its initial release?Choose 1 answer:(A) $15.63(B) $16.39(C) $93.13(D) $867.36
Identify Function and Value: Identify the given function and the value to substitute for x.The function given is f(x)=10(1.25)x, which models the price of a rare trading card in dollars x years after its initial release. We need to find the price 20 years after its initial release, so we will substitute x with 20.
Substitute in Function: Substitute x with 20 in the function.f(20)=10(1.25)20Now we need to calculate the value of 1.25 raised to the power of 20 and then multiply it by 10.
Calculate Exponential Value: Calculate 1.2520. Using a calculator, we find that 1.2520 is approximately 86.736.
Multiply by Constant: Multiply the result from Step 3 by 10 to find the price of the trading card.f(20)=10×86.736f(20)=867.36
Match with Answer Choices: Match the result to the given answer choices.The calculated price of the trading card 20 years after its initial release is $867.36, which corresponds to answer choice (D).
More problems from Find a value using two-variable equations: word problems