Asked by Yuzuna Tanaka on Jun 15, 2024
Verified
Evaluate $1750(1+0.114) 31+0.075×275365\frac{\$ 1750\left(1+\frac{0.11}{4}\right) ^{3}}{1+0.075 \times \frac{275}{365}}1+0.075×365275$1750(1+40.11) 3
A) $1,701.95
B) $1,796.85
C) $2,265.35
D) $1,897.86
E) $2,392.70
Exponentiation
A mathematical operation involving the raising of a number to the power of another number, typically expressed as \(a^{b}\).
Division
A mathematical operation where one number (the dividend) is divided by another (the divisor).
- Apprehend and execute compound interest formulas to predict the future value of an investment.
Verified Answer
YZ
Yueqi ZhangJun 19, 2024
Final Answer :
B
Explanation :
The given expression can be simplified step by step. First, calculate the compound interest part: $1750(1+0.114)3 \$ 1750\left(1+\frac{0.11}{4}\right)^{3} $1750(1+40.11)3 . The interest rate per quarter is 0.114 \frac{0.11}{4} 40.11 , and it's compounded for 3 quarters. Then, divide the result by the denominator, which adjusts the amount based on a simple interest calculation over a part of a year (275 days out of 365, with a 7.5% annual rate). Simplifying the expression gives approximately \$1,796.85, making option B the correct answer.
Learning Objectives
- Apprehend and execute compound interest formulas to predict the future value of an investment.
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