Recent questions in Calculus 2

Calculus 2Answered question

Carsen Oneill 2023-01-26

What is the remainder when 5^79 is divided by 7?

Calculus 2Answered question

Draven Crane 2023-01-22

The sum of twice a number and thrice 42 is 238. What will be the sum of thrice that number and twice 42?

Calculus 2Answered question

supermamanswtk 2023-01-19

In the series 0,1,1,2,3,5,8,13, the next term is

1)21, 2)34, 3)25

1)21, 2)34, 3)25

Calculus 2Answered question

alemanica8h2 2023-01-15

What is the 7th partial sum of $\sum _{i=1}^{\mathrm{\infty}}6{\left(3\right)}^{i-1}$ ?

Calculus 2Answered question

Talan Mercer 2023-01-08

Write the first four terms of the A.P. when the first term a and the common difference d are given as follows: (iii) a=4, d=-3.

Calculus 2Answered question

sf2or5eek8 2023-01-07

Find the Maclaurin series for this function: $f\left(x\right)={x}^{5}\mathrm{cos}\left(\pi x\right)$ .

Calculus 2Answered question

Whothoromapyfb 2023-01-07

What is the taylor series of ${\mathrm{cos}}^{2}\left(x\right)$ ?

Calculus 2Answered question

Abril Hutchinson 2022-12-29

Which bulb will glow brighter, a 40 Watt bulb or a 60 watt when connected in series. Why?

Calculus 2Answered question

Lizeth Herring 2022-12-27

Let f be a differentiable function on R satisfying $f\prime (t)={e}^{t}({\mathrm{cos}}^{2}t-sin2t)$ and f(0)=1, then which of the following is/are correct ?

A) f is bounded in $t\in (-\mathrm{\infty},0)$

B) number of solutions satisfying the equation $f(t)={e}^{t}$ in [0,2π] is 3

C) $\underset{t\to 0}{lim}f(t){)}^{1/t}=1$

D) f is an even function

A) f is bounded in $t\in (-\mathrm{\infty},0)$

B) number of solutions satisfying the equation $f(t)={e}^{t}$ in [0,2π] is 3

C) $\underset{t\to 0}{lim}f(t){)}^{1/t}=1$

D) f is an even function

Calculus 2Answered question

sublimnoj7u7 2022-12-26

Derivative of $f(x)=4{e}^{x}-{4}^{x}+2\mathrm{ln}x$ is

A) $4{e}^{x}-{4}^{x}\mathrm{ln}4+\frac{2}{x}$

B) $4{e}^{x}+{4}^{x}\mathrm{ln}4+\frac{2}{x}$

C) $4{e}^{x}-{4}^{x}\mathrm{ln}4-\frac{2}{x}$

D) $4{e}^{x}-{4}^{x}\mathrm{ln}4+2x$

A) $4{e}^{x}-{4}^{x}\mathrm{ln}4+\frac{2}{x}$

B) $4{e}^{x}+{4}^{x}\mathrm{ln}4+\frac{2}{x}$

C) $4{e}^{x}-{4}^{x}\mathrm{ln}4-\frac{2}{x}$

D) $4{e}^{x}-{4}^{x}\mathrm{ln}4+2x$

Calculus 2Answered question

Alaina Durham 2022-12-21

If $y={x}^{\mathrm{sinx}},$ then $\frac{\mathrm{dy}}{\mathrm{dx}}=?$

A) $\frac{{x}^{\mathrm{sin}x}\left(x\mathrm{cos}x\mathrm{log}x+\mathrm{sin}x\right)}{x}$

B$\frac{{x}^{\mathrm{sinx}}\left(\mathrm{xcosxlogx}+\mathrm{cos}x\right)}{x}$

C) $\frac{y\left(\mathrm{xcosxlogx}+\mathrm{cosx}\right)}{x}$

D) None of these

A) $\frac{{x}^{\mathrm{sin}x}\left(x\mathrm{cos}x\mathrm{log}x+\mathrm{sin}x\right)}{x}$

B$\frac{{x}^{\mathrm{sinx}}\left(\mathrm{xcosxlogx}+\mathrm{cos}x\right)}{x}$

C) $\frac{y\left(\mathrm{xcosxlogx}+\mathrm{cosx}\right)}{x}$

D) None of these

Calculus 2Answered question

Kason Wong 2022-12-21

What is the Solution of the Differential Equation $\frac{dP}{dt}=kP-A{P}^{2}$ ?

Calculus 2Answered question

chchchchinacjn 2022-12-18

Lagrange remainder vs. Alternating Series Estimation Theorem: do they always provide the same error bound?

If a function has a nth degree Taylor series approximation, we can use the Lagrange form of the remainder to calculate the maximum value of the error of approximation. If the series is also an alternating series, we can use the Alternating Series Estimation Theorem to get another maximum value of the error of approximation. It is not guaranteed that the two maximums will always be the same.

If a function has a nth degree Taylor series approximation, we can use the Lagrange form of the remainder to calculate the maximum value of the error of approximation. If the series is also an alternating series, we can use the Alternating Series Estimation Theorem to get another maximum value of the error of approximation. It is not guaranteed that the two maximums will always be the same.

Calculus 2Answered question

Rishi Russell 2022-12-10

Acceleration is defined as the rate of change of_

Calculus 2Answered question

armadillo246tnw 2022-12-06

How to find the Maclaurin series of $f\left(x\right)=\mathrm{cos}\left(x\right)$

Calculus 2Answered question

Emilia Carpenter 2022-12-05

Name two warning signs of suspect health products/services being offered on the Internet

Calculus 2Answered question

Ada Lloyd 2022-12-04

Help me to find dy/dx by implicit differentiation

$x{e}^{y}-15x+5y=0$

$x{e}^{y}-15x+5y=0$

When you are dealing with any Calculus 2 homework, it is vital to have a look at the various questions and answers that will help you see whether you are correct in your approach to finding solutions. Even if you are dealing with analytical aspects of Calculus 2, it will be helpful as you are looking at provided equations and learn how the answers relate to original questions and problems specified.

Do not be afraid to take a look at the basic integration and related application if Calculus 2 does not sound clear or start with the Calculus 1 first.