=5(27)Simplify the power.=135Multiply. Try It 1 Let f(x)=8(1.2)x−5f(x)=8(1.2)x−5. Evaluate f(3)f(3) using a calculator. Round to four decimal places. Solution Because the output of exponential functions inc
f(x)=30(2)xf(3)=30(2)3Substitute x=3.=30(8) Simplify the power first.=240Multiply.f(x)=30(2)xf(3)=30(2)3Substitute x=3.=30(8) Simplify the power first.=240Multiply.Note that if the order of operations were not followed, the result would be incorrect:...
(Simplify your answer.) Integration by Parts: Integration by parts is a method is applied to evaluate the antiderivative of the product of two differentiable and different functions. With the help of the following integration formula, we can integrate the product of two functions. ...
1. Calculate limn \to^ \infty ln " 1 + 7 3n 3n Simplify completely and enter your answer as an exact value 2. Evaluate Z \infty \sqrt 3 dx 1 + x 2 Simplify completely. Enter your answer as an exact v Let f(x, y) = square root {175...
Simplify the results. f (x) = square root {x + 5} (a) f (-4) (b) f (11) (c) f (-8) Assume x and y are functions of t . Evaluate \frac{\text{d}y}{\text{d}t} given that: 3xy + \sqrt{2x + y} =15; \ \frac{\text{d}x}{\text{d}t...
[第62课] Example Amplitude and period cosine transformations [第63课] Example Figure out the trig function [第64课]Example- Calculator to evaluate inverse trig function [第65课] Examples using Pythagorean identities to simplify trigonometric expressions [第66课] Cosine addition identity example...
=5(27)Simplify the power.=135Multiply. Try It 1 Let f(x)=8(1.2)x−5f(x)=8(1.2)x−5. Evaluate f(3)f(3) using a calculator. Round to four decimal places. Solution Because the output of exponential functions increases very rapidly, the term “exponential growth” is often used ...
Evaluate the expression. Simplify your answer completely. 3 log 3 (7) Exponential and logarithmic Functions a) y = e^{5x} b) y = e^{-2x} c) y = e^{3x^{2} + 2} d) y = e^{-2x^{2} + 3x^{2} + x} e) y = e \sqrt {x^{2} + x} ...
Evaluate and simplify sinh(2 ln 5). Evaluate: int 1/ln x dx Evaluate: sum_{n=1}^{infinity} (-1)^{n-1} ln n/n Evaluate: \sum_{n =1}^{\infty} ln (\frac{2n}{n+1}) Evaluate: \log_b b 4 + e^3 ln 2 Evaluate int_1^infty ln x x^2 dx. ...
=5(27)Simplify the power.=135Multiply. Try It 1 Let f(x)=8(1.2)x−5f(x)=8(1.2)x−5. Evaluate f(3)f(3) using a calculator. Round to four decimal places. Solution Because the output of exponential functions increases very rapidly, the term “exponential growth” is often used ...