Find the general solution of the differential equation. (use c for the constant of integration.) dr dt = 8et 1 − e2t

Question

17-02-2018
Mathematics

contestada

Find the general solution of the differential equation. (use c for the constant of integration.) dr dt = 8et 1 − e2t

Respuesta :

Otras preguntas

An occurrence that currently does not produce a response when it is presented. Group of answer choices a) neutral stimulus b) conditioned response c) unconditio

‘20s stand for what

How much kinetic energy has a gram bullet speeding at 100 m/

The Employment Act of 1946 made the achievement of maximum employment a national economic goal. This goal was to be achieved primarily through _________.

Given the function g(x) = 8x −2, compare and contrast g(−2) and g(4). Choose the statement that is true concerning these two values. (5 points) The value of

The width of a rectangle is 11.4 meters and its length is 18.7Find the area.

Who is on your Dream Team?

Day. One he makes 3 peach pies and 6 cherry pies costing $48. Day 2 he spent $54.50 on 7 peach pies and 4 cherry pies. What was the cost of each peach and cherr

the perimenter of an isoscleles trapezoi is 100 inches. the ratio of one leg to the bigger base is 5:8. and the ratio of the smaller base to the bigger base is

evgeniylevi evgeniylevi · Answer 1 · 2018-02-21T13:41:34+01:00

evgeniylevi evgeniylevi

21-02-2018

Try this solution:
if given dr/dt=8e^t -e^(2t), then
[tex] \frac{dr}{dt}=8e^t-e^{2t}; \ \int\ {dr} \, =\int\ (8e^t-e^{2t})dt; \ r=8e^t- \frac{1}{2}e^{2t}+C.[/tex]

Answer Link