Question

Вычислите площадь фигуры , ограниченной кривой помогите пожалуйста​

Answer 1

Ответ:

Основные функции

\left(a=\operatorname{const} \right)

x^{a}: x^a

модуль x: abs(x)

\sqrt{x}: Sqrt[x]

\sqrt[n]{x}: x^(1/n)

a^{x}: a^x

\log_{a}x: Log[a, x]

\ln x: Log[x]

\cos x: cos[x] или Cos[x]

\sin x: sin[x] или Sin[x]

\operatorname{tg}x: tan[x] или Tan[x]

\operatorname{ctg}x: cot[x] или Cot[x]

\sec x: sec[x] или Sec[x]

\operatorname{cosec} x: csc[x] или Csc[x]

\arccos x: ArcCos[x]

\arcsin x: ArcSin[x]

\operatorname{arctg} x: ArcTan[x]

\operatorname{arcctg} x: ArcCot[x]

\operatorname{arcsec} x: ArcSec[x]

\operatorname{arccosec} x: ArcCsc[x]

\operatorname{ch} x: cosh[x] или Cosh[x]

\operatorname{sh} x: sinh[x] или Sinh[x]

\operatorname{th} x: tanh[x] или Tanh[x]

\operatorname{cth} x: coth[x] или Coth[x]

\operatorname{sech} x: sech[x] или Sech[x]

\operatorname{cosech} x: csch[x] или Csch[е]

\operatorname{areach} x: ArcCosh[x]

\operatorname{areash} x: ArcSinh[x]

\operatorname{areath} x: ArcTanh[x]

\operatorname{areacth} x: ArcCoth[x]

\operatorname{areasech} x: ArcSech[x]

\operatorname{areacosech} x: ArcCsch[x]

[19.67] =19: integral part of (19.67) - выделяет целую часть числа

Answer 2

Calculating the Area of a Figure

To calculate the area of a figure bounded by a curve, we need to have a clear understanding of the specific curve and its boundaries. Unfortunately, the search results provided do not contain specific information about the curve or the boundaries of the figure. Therefore, without more specific details, it's not possible to provide a precise calculation for the area of the figure.

If you can provide more specific information about the curve and its boundaries, I'd be happy to help you calculate the area of the figure.