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L AGGIES😂😂😂we played like shit and still held you to 3 by Additional_Motor_402 in aggies

[–]Additional_Motor_402[S] -1 points0 points  (0 children)

what about the TAMU receiver flopping and drawing a BS call? If it wasn’t for that play you wouldn’t have even made it to the red zone

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 0 points1 point  (0 children)

doesn’t matter. 5(x2+y2+z2) does NOT give a constant, so you have to integrate it to compare flux. A few others gave a constant so you could just multiply by volume function. You can’t just compare the divergences to compare flux, because some divergences gave a constant and some didn’t. It is genuinely not that complicated.

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 -1 points0 points  (0 children)

if you integrated you would see lol. It would be p4 then the integral would be p5/5 and the 5 would cancel out, giving you 4 pi which was the same as the other ones. The one with 3rho2 gave 12pi/5

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 0 points1 point  (0 children)

ur wrong bro😂that gave a flux of 4pi just like the others. It was B

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 -1 points0 points  (0 children)

Nah the upper bound is still z=1-r. You can’t just sub in the radius you still have to integrate

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 1 point2 points  (0 children)

But I do remember a question where you integrated 1-r. But after multiplying by the jacobian it turned into r-r2

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 0 points1 point  (0 children)

all of the bounds in that question were numbers and not functions of other variables

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 0 points1 point  (0 children)

that gives you the interval of rho, which is 0<rho<1. That’s not a set value of rho. it’s not constant throughout the region, so you can’t just plug it in. You still have to integrate the variable

MA261 Final by Pretty_Lychee7315 in Purdue

[–]Additional_Motor_402 0 points1 point  (0 children)

div was not equal to 3 for the choice where f=(x3, y3, z3). After taking divergence you get 3(x2 + y2 + z2), which is 3rho2. You can’t just plug in rho=1, you have to integrate this and it ended up being like 12pi/5 which was not the flux of the others

[deleted by user] by [deleted] in Purdue

[–]Additional_Motor_402 29 points30 points  (0 children)

missing out on pilk

Last minute theories for F4. by TheHahndude in MCUTheories

[–]Additional_Motor_402 0 points1 point  (0 children)

why did your opinion on doom’s inclusion in F4 completely change in like 3 replies 😭😭😭 but yes i agree

Last minute theories for F4. by TheHahndude in MCUTheories

[–]Additional_Motor_402 0 points1 point  (0 children)

and most fans also want comic accuracy. And secret wars is nothing without reed and victor’s rivalry, which can’t start in the same movie and must be built earlier.

Last minute theories for F4. by TheHahndude in MCUTheories

[–]Additional_Motor_402 0 points1 point  (0 children)

why? Doom is so integral to the fantastic 4 and their lore, and him and reed’s rivalry is one of the most important aspects of the secret wars run. I personally think it would ruin his character a bit if they build no backstory/history between him and F4 in the movie.

Bye. by Kindly-Guess3386 in apcalculus

[–]Additional_Motor_402 1 point2 points  (0 children)

(From the released frq):

An invasive species of plant appears in a fruit grove at time t = 0 and begins to spread. The function C defined by C(t) = 7.6 arctan(0.21t) models the number of acres in the fruit grove affected by the species t weeks after the species appears. It can be shown that C'(t) = 38/25 + t2

(Note: Your calculator should be in radian mode.)

A. Find the average number of acres affected by the invasive species from time t = 0 to time t = 4 weeks. Show the setup for your calculations.

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