What is expand e^{2(ln(cos(c_{1}+x))+c_{2})} ?

The solution to expand e^{2(ln(cos(c_{1}+x))+c_{2})} is e^{2c_{2}}cos^2(c_{1}+x)

Popular >

expand e^{2(ln(cos(c_{1}+x))+c_{2})}

expand

e^{2 (l n (c o s (c_{1} + x)) + c_{2})}

e^{2 c_{2}} cos^{2} (c_{1} + x)

Solution steps

e^{2 (l n (c o s (c_{1} + x)) + c_{2})}

Expand

2 (ln (cos (c_{1} + x)) + c_{2}) : 2 ln (cos (c_{1} + x)) + 2 c_{2}

= e^{2 l n (c o s (x + c_{1})) + 2 c_{2}}

Apply exponent rule:

a^{b + c} = a^{b} a^{c}

= e^{2 l n (c o s (c_{1} + x))} e^{2 c_{2}}

Simplify

e^{2 l n (c o s (c_{1} + x))} : cos^{2} (c_{1} + x)

= cos^{2} (c_{1} + x) e^{2 c_{2}}

e^{x^{2} - y} (5 - 2 x + y)

π (\frac{35}{4} + 2)

\frac{20 ( 10 + 3 22 )}{49}

(7 u^{2} + 2 u - 1) (4 u - 5)^{'}

lo g_{10} (112) - 0.49 lo g_{10} (500)

What is expand e^{2(ln(cos(c_{1}+x))+c_{2})} ?
The solution to expand e^{2(ln(cos(c_{1}+x))+c_{2})} is e^{2c_{2}}cos^2(c_{1}+x)