Asked by jessica
y=log(100493/40000x),
y=atan(-100493/40000x),
y=exp(100493/40000x)
approximate the region bounded by the given curves. be sure to specify a range of x and y that results in a good picture of the region. you need two integral to represent the area
y=atan(-100493/40000x),
y=exp(100493/40000x)
approximate the region bounded by the given curves. be sure to specify a range of x and y that results in a good picture of the region. you need two integral to represent the area
Answers
Answered by
MathMate
Please confirm if the expressions are fully parenthesized. As they are, 100493/40000x means (100493/40000)*x.
Check by graphing on a calculator or with wxMaxima that there is a region formed by the three curves.
Check by graphing on a calculator or with wxMaxima that there is a region formed by the three curves.
Answered by
Anonymous
i tried it it didn't come up!
Answered by
MathMate
You still have not confirmed if x is in the numerator or denominator.
Here's a plot to help you get started.
wxplot2d([y1(x),y2(x),y3(x)], [x,-2,5], [y,-3,6])
Here's a plot to help you get started.
wxplot2d([y1(x),y2(x),y3(x)], [x,-2,5], [y,-3,6])
Answered by
MathMate
You'd have to replace y1(x)... with the three expressions for y. Be sure to insert sufficient parentheses to define the functions correctly.
Answered by
Anonymous
one expression is y=log(-100493/40000)x the x is next to the (-100493/40000)
same with the other expression
y=atan(-100493/40000)x,
y=exp(100493/40000x)
same with the other expression
y=atan(-100493/40000)x,
y=exp(100493/40000x)
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.