Which of the following expression is correct ?

Maturity value = $p \times n + \frac{P \times n}{2 \times 12} \times \frac{r}{100}$

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Maturity value = $p \times n + \frac{P \times n (n + 1)}{2 \times 12} \times \frac{r}{100}$

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Maturity value = $p + \frac{P \times n (n + 1)}{2 \times 12} \times \frac{r}{100}$

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Maturity value = $p \times n + \frac{P \times n (n + 1)}{2 \times 12} \times \frac{r}{100}$

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Solution

The correct option is D
Maturity value = $p \times n + \frac{P \times n (n + 1)}{2 \times 12} \times \frac{r}{100}$

The correct expression is Maturity value = $p \times n + \frac{P \times n (n + 1)}{2 \times 12} \times \frac{r}{100}$

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Similar questions

n \sum r = 1 \frac{r^{n} C_{r}}{^{n} C_{r - 1}}

p =^{n + 2} p_{n + 2}

q =^{n} p_{11}

r =^{n - 11} p_{n - 11}

For principal $P,$ rate of interest $R,$ and time period $N$ (in years), what is the simple interest?

A = P {(1 + \frac{R}{100})}^{n}

P = 4000

R = 7.5

n = 2

p

n

p > n > 0

p^{2} - n^{2} = 12

p n

1

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