Hi! This is a test question. Please enjoy it reponsibly. Testing testing. fx==int_{infty}^{-infty} fxi(e^2pixi x)dxi

Albarellak 2021-01-31 Answered

Hi! This is a test question. Please enjoy it reponsibly.
Testing testing.

f x == \int_{\infty}^{- \infty} f ξ ​ (e^{2} π ξ x) d ξ

Ask Expert 1 See Answers

You can still ask an expert for help

Expert Answer

Elberte

Answered 2021-02-01 Author has 95 answers

Sup, bruh?
Let

a = b + 1 a = b + 1 .

Then

(a - b) a = (a - b) (b + 1)

a^{2} - a b = a b + a - b^{2} - b^{2} - b

a^{2} - a b - a = a b + a - a - b^{2} - b^{2} - b

a (a - b - 1) = b (a - b - 1)

a = b

b + 1 = b

Hence 1=0

This is helpful

This is helpful 88

Relevant Questions

asked 2021-02-06

Solve the differential equation:

y^{″} + 6 y^{'} + 12 y = 0

See answers (1)

asked 2022-03-20

y^ prime prime -3y^ prime +2y=10 sin x+2 cos 2x . Find a general solution of the following

See answers (0)

asked 2022-05-18

See answers (0)

asked 2020-12-09

(X^{2} D^{2} - x D - 15) y = 0, y (1) = 0.1, y^{'} (1) = - 4.5

See answers (1)

asked 2022-03-24

y^{″} - 9 y^{'} + 14 y = 0

See answers (1)

asked 2022-03-24

Determine a unique solution of the separable differential equa- tion that satisfies the given initial condition.

\frac{d^{2} y}{{d t}^{2}} = \frac{d y}{d t} \frac{d y}{d t} (0) = 2, y (0) = 3

See answers (2)

asked 2020-12-02

The function y=x is one the solution of

(x - 1) y^{″} - x y^{'} + y = 0

Solve using the reduction method to order

See answers (1)

Analysis