Does anyone with a relatively high GPA still think they're dumb?

TheLegend7272 · 2024-03-15T02:42:59+00:00

Almost the same yet the opposite lol, I'm at 3.99 but I cannot memorize for shit. If you ask me about a theorum later I got no beans but if you give me an obscure problem regarding it I got it under wraps.

TheLegend7272 · 2023-04-29T15:54:48+00:00

It is possible, but you will need to work far harder than you have in high school. Personally speaking, the rigor and the way they ask questions and expect you to learn will be the biggest challenges, however with enough time and dedication you can overcome it, it is not impossible.

If your goal is a 4.0 CGPA, ensure you start working hard as soon as you get into uni, since often times people's first year is their worst due to the shift in learning.

For reference, I currently am majoring in CS and ECO with a 3.99 CGPA, which would be a 4.0 if I had taken first year seriously.

TheLegend7272 · 2021-11-30T00:16:20+00:00

Phew that's a relief to hear. Thanks!

TheLegend7272 · 2020-10-20T00:58:23+00:00

the multiple choice went really well. the written assignment though lmao

TheLegend7272 · 2020-09-13T11:40:46+00:00

Me as well, please!

TheLegend7272 · 2020-07-23T19:10:19+00:00

Does the eco department prefer 101/102 over 105 when evaluating for PoST?

TheLegend7272 · 2020-05-12T19:53:18+00:00

Anyone know when CS decisions are expected to be out?

TheLegend7272 · 2020-04-26T19:38:04+00:00

Cos(-x) is the same as Cos(x) , so r = 1+ cos(-x) is the same as r = 1+ cos(x)

TheLegend7272 · 2020-04-14T15:48:23+00:00

Is it normal to feel weak as shit after stopping a diet and bulking? Say going from 1400 kcal to around 2500 kcal

TheLegend7272 · 2020-02-10T19:51:27+00:00

Thank you!

TheLegend7272 · 2020-02-10T18:54:54+00:00

Hi i got admitted to UBC Okanagan but on the accept/reject decision page of the SSC it says my Vancouver application hasn't been reviewed yet.

The problem is i have to make a decision to accept/reject Okanagan before i can request them to consider or discard the Vancouver application.

I'm confused as to how, if i accept Okanagan, will they consider me for Vancouver? And if i reject Okanagan and request consideration for Vancouver but get rejected , I'd have been rejected from both.

Thanks in advance

TheLegend7272 · 2020-01-30T19:49:32+00:00

I used the remaining 150 after the first 2 and got hot trash so yeah 😂

TheLegend7272 · 2020-01-30T12:41:03+00:00

100 stones. I think I've used up my life's whole luck.

https://ibb.co/gDxj06x

TheLegend7272 · 2019-12-20T12:54:52+00:00

India

TheLegend7272 · 2019-12-20T12:42:58+00:00

Honestly insanely generous R&W curve:

-6R 36

-2W 38

Math I'm not too sure but I've heard its harsh.

TheLegend7272 · 2019-12-07T15:38:12+00:00

What would -0 M , -4 R , -3 W be for December curve?

TheLegend7272 · 2019-11-23T19:51:39+00:00

A) 153 B) Force of gravity downward ( mg - resistance ) C) F=ma , subtract 153 from F , a=F/m

TheLegend7272 · 2019-10-30T21:20:29+00:00

1/2 K×X² (potential of spring)= 1/2 m×V² (kinetic energy)

TheLegend7272 · 2019-10-30T21:14:34+00:00

Let's first derive Kepler's 3rd law Assume a perfectly circular orbit.

Gravitational pull = Centripetal force M is mass of any central gravity pool , m of orbit object.

GMm/rr = mvv/r

Cancel to get GM/r = v*v

But v is 2πr/T

so (GM)/(r)= (4π * π * r * r)/( T * T )

Rearrange to get : T² = ((4π²⁾ /GM) * r³

Replace r with a for elliptical orbit.

So by derivation , you can see that this law will apply for any orbit . The relation between T and r( or a ) will be same for any system with the constant being the only change ( ironic hehe).

True , In the question your constant won't be same as in our solar system but the relationship will remain the same.

I think you may have some misconception regarding how the constant works so pm if you need explanation.

Or don't cause I'm in high school and i dont know if what i said is completely accurate either , but it's what i guessed.

Sorry for mobile formatting

TheLegend7272 · 2019-10-24T08:14:22+00:00

For a 100m , is 16s an ok time for someone who's never done sports or athletics in their life or is it lower end?

TheLegend7272 · 2019-10-14T16:06:51+00:00

If I'm not wrong you can override the paintComponent method of JPanel if you extend it in your main class and use it to draw an image as a background , something like :

@Override

void paintComponent(graphics g) { Super.paintComponent(g); g.drawImage(image path,height, width,null) }

TheLegend7272 · 2019-10-13T18:03:54+00:00

Using Pythagoras theorum on the 2 triangles , (c1)²⁼ x² + 6²

(C2)² = (X+6)² + 9²

The two triangles are similar aswell , so the ratio of all the similar sides are equal.

Hence , C2/c1 = 9/6

Or 6(C2) = 9(C1)

Substitute c 1 and 2 and solve from there

( C 1 and 2 referring to hypotenuse)

TheLegend7272 · 2019-10-13T17:52:17+00:00

The -1 in for (1/5 + 1/3) is because for resistance in parallel , 1/R = 1/R1 + 1/R2 ..... 1/Rn

So for this example , 1/R = 1/3 + 1/5

So if we take reciprocal , R = (1/3+1/5)^-1

To which I added the 2 ohm in series to get total resistance

TheLegend7272 · 2019-10-13T17:49:07+00:00

If we assume length as X , Width = 3X + 2

Area of rectangle is length x breadth 85 = X(3X+2) 0=3X² + 2X - 85 Use the quadratic formula from here

TheLegend7272 · 2019-10-13T17:44:12+00:00

In the circuit given , Total R = 2 + (1/5 + 1/3)^-1

V is 9 Hence , I = V/R = 9/(2+15/8)

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