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    What if we changed a Fresnel's integral?

    What if we changed a Fresnel's integral?

    12:16 |
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    A non-real way of solving Fresnel's integrals (but I am not sure if it's legit)

    A non-real way of solving Fresnel's integrals (but I am not sure if it's legit)

    7:41 |
    I used a double integral to solve a single improper integral

    I used a double integral to solve a single improper integral

    11:14 |
    What if we changed a Fresnel's integral?

    What if we changed a Fresnel's integral?

    12:17 |
    In how many ways can we distribute 6 distinct balls into 3 identical boxes?

    In how many ways can we distribute 6 distinct balls into 3 identical boxes?

    8:48 |
    the COOLEST limit on YouTube!

    the COOLEST limit on YouTube!

    9:50 |
    Solving improper integrals without actually solving them! (part 1)

    Solving improper integrals without actually solving them! (part 1)

    8:06 |
    A cute limit with 0^0 form and the answer is 0

    A cute limit with 0^0 form and the answer is 0

    10:42 |
    solving equations but they get increasingly more impossible?

    solving equations but they get increasingly more impossible?

    11:25 |
    How Cauchy would find the maximum of sqrt(x)+sqrt(y)

    How Cauchy would find the maximum of sqrt(x)+sqrt(y)

    9:45 |
    how is e^e^x=1 solvable??

    how is e^e^x=1 solvable??

    6:49 |
    how is i^x=2 possible?

    how is i^x=2 possible?

    8:36 |
    ALL solution to a triple exponential equation 8^x+4^x+2^x=14

    ALL solution to a triple exponential equation 8^x+4^x+2^x=14

    7:43 |
    the last question on a Harvard-MIT Math Tournament!

    the last question on a Harvard-MIT Math Tournament!

    11:12 |
    Believe in geometry, not squaring both sides!

    Believe in geometry, not squaring both sides!

    6:37 |
    Solving sin(x)^sin(x)=2

    Solving sin(x)^sin(x)=2

    10:46 |
    arguing with a math PhD friend be like (unscripted, unedited)

    arguing with a math PhD friend be like (unscripted, unedited)

    4:17 |
    I want all trig functions in one integral!

    I want all trig functions in one integral!

    7:31 |
    real^real^real^... = imaginary?

    real^real^real^... = imaginary?

    4:17 |
    integration by parts, DI method, VERY EASY

    integration by parts, DI method, VERY EASY

    16:59 |
    Why is the derivative of e^x equal to e^x?

    Why is the derivative of e^x equal to e^x?

    11:59 |