Sepideh Abadpour's user avatar
Sepideh Abadpour's user avatar
Sepideh Abadpour's user avatar
Sepideh Abadpour
  • Member for 8 years, 7 months
  • Last seen more than a month ago
36 votes
1 answer
93k views

What is the difference between Mathematica and Matlab? [closed]

10 votes
1 answer
458 views

Question about Rules and Pattern (The operator patt/;test)

8 votes
2 answers
4k views

How to tell Mathematica that the argument of a function is real?

7 votes
2 answers
368 views

What evaluation mechanism is behind Mathematica support for multiple definitions of a function? What is the benefit of this?

4 votes
1 answer
3k views

mathematica does not evaluate without internet access? [closed]

3 votes
3 answers
291 views

What are quick references to mathematica that fit my needs? [duplicate]

2 votes
1 answer
149 views

Plot a function with respect to two parameters that are not explicitly function parameters

2 votes
1 answer
548 views

How can I force mathematica to calculate the integral and print the parametric result?

2 votes
1 answer
133 views

How to replace $-x^{}\,y^*-y^{}\,x^*$ by $-(x^{}\,y^*+y^{}\,x^*)$?

1 vote
2 answers
263 views

How to get the $0$ result for this limit?

1 vote
2 answers
2k views

Find the explicit solution of the integral

1 vote
1 answer
153 views

why doesn't the replacement rule work?

1 vote
1 answer
6k views

Syntax::sntxf: "..." cannot be followed by ".....\MatrixForm" [closed]

1 vote
1 answer
219 views

How to simplify an expression with assumptions

1 vote
2 answers
208 views

How to instruct mathematica that $\delta^*$ is the conjugate of $\delta$

0 votes
1 answer
129 views

Why doesn't mathematica replace $\frac{I_0(\kappa)}{I_0(\kappa)}$ by 1 [closed]

0 votes
1 answer
489 views

How to plot an arbitrary function in mathematica [duplicate]

0 votes
2 answers
654 views

how to use a ready function in your code for panning and zooming on 2D plots? [duplicate]

0 votes
1 answer
178 views

How to write an expression in the desired form?

0 votes
1 answer
213 views

Why do I get an empty plot? [closed]

0 votes
1 answer
2k views

what do those signs #1, #1^2, #1^3, & mean here? [duplicate]

0 votes
0 answers
85 views

Is this problem parametrically solvable or it can just be solved for specific $\sigma$ and $\theta$?

0 votes
1 answer
138 views

Solve this equation explicitly for $\beta$