Find (Period Rate), (Number of Periods), and (Future Value) for the Information

question 186

Multiple Choice

Find (period rate) , (number of periods) , and (future value) for the information given. Fill in the table. \\\text { Compounding } & P & r & t & n & i & N & A \\\text { Period } & \text { Present } & \text { Annual } & \text { Time } & & \text { Period } & \text { Number of } & \text { Future } \\& \text { Value } & \text { Rate } & & & \text { Rate } & \text { Periods } & \text { Value } \\\text { Annual } & \$ 400 & 6 \% & 3 \mathrm { yr } & ? & ? & ? & ?\end{array}">$\begin{array} { c c c c c c c c c } \text { cellpadding } = " 0 " \text { cellspacing } = " 0 " \text { width } = " 89 \% " \text { border } = 1 " > \\\text { Compounding } & P & r & t & n & i & N & A \\\text { Period } & \text { Present } & \text { Annual } & \text { Time } & & \text { Period } & \text { Number of } & \text { Future } \\& \text { Value } & \text { Rate } & & & \text { Rate } & \text { Periods } & \text { Value } \\\text { Annual } & \$ 400 & 6 \% & 3 \mathrm { yr } & ? & ? & ? & ?\end{array}$

• A) \(n\) \(\mathrm { N }\) \(A\) Period Number of Future Rate Periods Value 1 6 9 $657.21
• B) \(n\) \(\mathrm { N }\) \(A\) Period Number of Future Rate Periods Value 1 6 3 $476.41
• C) \(n\) \(\mathrm { N }\) \(A\) Period Number of Future Rate Periods Value 1 6 3 $424.48
• D) \(n\) \(\mathrm { N }\) \(A\) Period Number of Future Rate Periods Value 3 6 9 $675.79
• E) \(n\) \(\mathrm { N }\) \(A\) Period Number of Future Rate Periods Value 3 2 3 $478.04

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Definitions:

Clotting Factors

Proteins in the blood plasma which work together to stop bleeding by forming clots.

Hemophilia

A genetic disorder that impairs the body's ability to make blood clots, leading to excessive bleeding.

Osmosis

The movement of water molecules through a semipermeable membrane from a region of lower solute concentration to higher concentration.

Solutes

Substances dissolved in a solvent, forming a solution; in biological contexts, these often refer to dissolved minerals, gases, or organic molecules.