network profile
| bio | website | |
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| location | ||
| age | ||
| visits | member for | 4 months |
| seen | Mar 2 at 23:57 | |
| stats | profile views | 4 |
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Mar 2 |
comment |
How do I take the complex convolution of this impulse response and input? I already did Dilip |
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Mar 2 |
accepted | How do I take the complex convolution of this impulse response and input? |
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Mar 2 |
comment |
How do I take the complex convolution of this impulse response and input? so the imaginary part $i$ has no effect in taking the geometric series? Just treat it like any other number? |
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Mar 2 |
awarded | Citizen Patrol |
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Mar 2 |
asked | How do I take the complex convolution of this impulse response and input? |
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Jan 29 |
awarded | Commentator |
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Jan 22 |
accepted | Matlab, anonymous functions, making a piecewise function, how? |
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Jan 22 |
comment |
Matlab, anonymous functions, making a piecewise function, how? I thought I did by axis([1.5 3 -2 1]) |
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Jan 22 |
comment |
Matlab, anonymous functions, making a piecewise function, how? Im not seeing it...when I write x2(t2-2) I want the graph to shift to the right by 2. Any recommendations? |
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Jan 22 |
comment |
Matlab, anonymous functions, making a piecewise function, how? Thx! It worked for one. But when I tried this input it is all zeros. t2 = -0.5:0.01:1; x2 =@(t2) ((t2.^2-0.5).*((t2>=-0.5)&(t2<=1))); y_b =@(t2) -3.0*x2(t2-2); subplot(1,2,2) plot(t2,y_b(t2)) xlabel('t2') ylabel('y_b(t2)') axis([1.5 3 -2 1]) |
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Jan 22 |
asked | Matlab, anonymous functions, making a piecewise function, how? |
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Jan 17 |
accepted | whats the absolute time interval? |
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Jan 17 |
comment |
whats the absolute time interval? so i can have two different sets of intervals that can satisfy the t values? |
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Jan 17 |
asked | whats the absolute time interval? |
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Jan 15 |
accepted | How to determine the expression of this function? |
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Jan 15 |
comment |
How to determine the expression of this function? at f(0) =1 I wasn't able to find a valid angle |
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Jan 15 |
awarded | Scholar |
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Jan 15 |
comment |
How to determine the expression of this function? Explain the $1.25^{t}$ expression and how you came up with this. I've never seen that before |
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Jan 15 |
awarded | Editor |
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Jan 15 |
revised |
How to determine the expression of this function? added |
