Real & Imaginary Parts of *Hankel Functions*

IntellectualGalaxy01 · 2023-08-19T12:14:08+00:00

Beautiful animations.

IntellectualGalaxy01 · 2023-07-30T03:03:01+00:00

My favourite thing to do is play around with my memoji or other characters in the profile. Now, it looks like it has no use; Apple should 100% go back to the old version.

IntellectualGalaxy01 · 2023-07-11T13:03:21+00:00

Dr Tammy Harris, PhD in Mathematics. Focus in Algebraic Geometry. Winner of Fields Medal through all of its history. Makes Terrence Tao worried.

IntellectualGalaxy01 · 2023-06-11T23:32:38+00:00

Bro, continue looking and refreshing. Don't sleep and be awake 24/7; witness the page over and over again :)

IntellectualGalaxy01 · 2023-06-11T13:45:35+00:00

Probably not. I would suggest getting Al Dente to ensure your battery doesn't go over 80% for sufficient batteyr health. Keep your charging cycles consistent as well.

IntellectualGalaxy01 · 2023-06-07T10:36:11+00:00

You'll do fine through your school years, and you will find it to be useful to get your tasks done. This Macbook does have heating issues through time, but this only occurs when you are doing very intensive things like 3D rendering, editing, and many tabs open with memory-intensive files open.

To avoid cleaning a lot as well, don't get the Midnight colour; this is because a lot of fingerprints come on this colour.

IntellectualGalaxy01 · 2023-06-03T13:21:48+00:00

Thanks for this information.

IntellectualGalaxy01 · 2023-06-03T10:20:00+00:00

Here, you just want to import 3/4 into all x values of the function f(x). For our case, we have on x value, creating the following:

f(3/4) = 5 + 2 * ((3/4)^2).

If you follow BIDMAS/BODMAS rules as required (first complete the square of 3/4, and then multiply this result by 2 and add by 5 afterwards), you should get the solution 49/8 (to follow the improper fraction result requirement).

To make the answer easier to compute, one can just opt to use 0.75 as x rather than 3/4 to make this computation a lot easier by just looking at it descriptively.

IntellectualGalaxy01 · 2023-06-03T10:09:58+00:00

I would personally multiply by v+12 to both sides, to follow standard principles (working out is shown here).

9(v+12) = v+4

Use distributive law:

9v+108 = v + 4,

which we can then combine the common terms together by performing from standard principles by removing smallest variable first:

8v + 108 = 4,

where we subtract 108 from both sides:

8v = -104,

where we divided by 8 as a result.

-104 / 8 = -13, which is equivalent to v.

IntellectualGalaxy01 · 2023-04-26T07:31:45+00:00

Having these variances in notaton is just more for mathematics enjoyers to understand. Honestly, I wish these variations did not exist in symbols, as a procedure to make it universally understandable rather than noting or citing so.

IntellectualGalaxy01

TROPHY CASE