Mixing
How can I solve this integral function?
$begingroup$
I want to find set of possible equations for $a(t), b(t)$ and $B_o(t)$ for which I would be able to integrate this function. (Later I have to choose from the possible set of functions for which $P(t)$ acts a certain way.)
$$P(t) = frac{1}{e^{int(a(t) + b(t))dt}} int e^{int(a(t) + b(t)) dt}B_0(t),dt$$
I have arrived at above equation after solving a linear equation. My question is how should i go about it? What topic should I read, or what software can I use to solve this equation?
Thank you!
integration approximate-integration
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
$endgroup$
add a comment |
$begingroup$
I want to find set of possible equations for $a(t), b(t)$ and $B_o(t)$ for which I would be able to integrate this function. (Later I have to choose from the possible set of functions for which $P(t)$ acts a certain way.)
$$P(t) = frac{1}{e^{int(a(t) + b(t))dt}} int e^{int(a(t) + b(t)) dt}B_0(t),dt$$
I have arrived at above equation after solving a linear equation. My question is how should i go about it? What topic should I read, or what software can I use to solve this equation?
Thank you!
integration approximate-integration
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
$endgroup$
$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44
add a comment |
$begingroup$
I want to find set of possible equations for $a(t), b(t)$ and $B_o(t)$ for which I would be able to integrate this function. (Later I have to choose from the possible set of functions for which $P(t)$ acts a certain way.)
$$P(t) = frac{1}{e^{int(a(t) + b(t))dt}} int e^{int(a(t) + b(t)) dt}B_0(t),dt$$
I have arrived at above equation after solving a linear equation. My question is how should i go about it? What topic should I read, or what software can I use to solve this equation?
Thank you!
integration approximate-integration
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
$endgroup$
I want to find set of possible equations for $a(t), b(t)$ and $B_o(t)$ for which I would be able to integrate this function. (Later I have to choose from the possible set of functions for which $P(t)$ acts a certain way.)
$$P(t) = frac{1}{e^{int(a(t) + b(t))dt}} int e^{int(a(t) + b(t)) dt}B_0(t),dt$$
I have arrived at above equation after solving a linear equation. My question is how should i go about it? What topic should I read, or what software can I use to solve this equation?
Thank you!
integration approximate-integration
integration approximate-integration
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
edited Jan 27 at 22:44
Eric Wofsey
190k14216349
190k14216349
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
asked Jan 27 at 21:57
Binamrata SharmaBinamrata Sharma
101
101
$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44
add a comment |
$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44
$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44
$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44
add a comment |
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$begingroup$
What do you mean by "be able to integrate"? Certainly, these integrals exist for any continuous functions $a,b,$ and $B_0$.
$endgroup$
– Eric Wofsey
Jan 27 at 22:44