What is p(5500000)/((1+0.6)^{120)}mm ?

The solution to p(5500000)/((1+0.6)^{120)}mm is (5500000pm^2)/(1.6^{120)}

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simplify p(5500000)/((1+0.6)^{120)}mm

simplify

p \frac{5500000}{( 1 + 0.6 ) ^{120}} mm

\frac{5500000 p m ^{2}}{1. 6 ^{120}}

Solution steps

p \frac{5500000}{( 1 + 0.6 ) ^{120}} mm

Add the numbers:

1 + 0.6 = 1.6

= p \frac{5500000}{1. 6 ^{120}} mm

Apply the fraction rule:

a \cdot \frac{b}{c} = \frac{a \cdot b}{c}

= \frac{p \cdot 5500000 mm}{1. 6 ^{120}}

Apply exponent rule:

aa = a^{2}

mm = m^{2}

= \frac{p \cdot 5500000 m ^{2}}{1. 6 ^{120}}

= \frac{5500000 p m ^{2}}{1. 6 ^{120}}

2 e^{- l n (2)}

(4 x^{3}) (2 x)

e^{- x} cos (y)

e^{(- l n (2))}

What is p(5500000)/((1+0.6)^{120)}mm ?
The solution to p(5500000)/((1+0.6)^{120)}mm is (5500000pm^2)/(1.6^{120)}