Yes Can u find the polar coordinates of the point whose Cartesian coordinates are (√2,√2) Challenge from me mam Please mension the link of the solved video in the reply section Thanks mam
(√2,√2) is in quadrant 1. Sor you would need to find radius and angle (theta). r=√(x^2+y^2)=2 Theta=tan^-1(y/x) = tan^-1(1)=45degrees (2,45degrees) or (2, pi/4)
**Errors on this video: Example 4b part ii has mistakes. I apologize. Thanks Sara C :) Correct answers are touches at x= radical 3 and touches at x = 2 I am definitely not feeling well ** And the second error is on example 3 check for understanding: the correct answer is f(x) = x^3 -3x+2
Do I get extra credit for noticing that you said "cosine of tangent" instead of cotangent at 22:07? Or maybe you did mean to say that and I'm wrong. Who knows? Now I am just aimlessly rambling about nothing. You see, this is why I don't do my homework. If I don' have my notes done by tomorrow, know that it was because I was too focused on my math homework and participating in the class
Wow that’s really amazing!
thank you ms. tranbloom
♥
fru0q6 #von.ngo
i2k13e #von.ngo
ty
Great vids, going to check out some more of your videos. You should use Promosm to increase your social proof.
Yes Can u find the polar coordinates of the point whose Cartesian coordinates are (√2,√2) Challenge from me mam Please mension the link of the solved video in the reply section Thanks mam
(√2,√2) is in quadrant 1. Sor you would need to find radius and angle (theta). r=√(x^2+y^2)=2 Theta=tan^-1(y/x) = tan^-1(1)=45degrees (2,45degrees) or (2, pi/4)
@@angietranbloom8229 r u serious did it took a year to get the answer for u 🤣🤣i posted the comment a year ago and u replied a year later after it lmao
If u solve share the link in comments
Can u solve this Polar coordinates of (√ 2 , √ 2)
but what about the proof
I can’t believe that I actually tricked Billy when I told him 7......🤣
wow thanks for the shoutout I really appreciate it
At the last question, denominator cube root 3 times denominator cube root 3*3, Wouldn't the outcome of the denominator be 1, and not 3?
to simplify: third root of 27 is 3, third root of 1 is one, third root of 3 is irrational.
Hi guys, the last example on this video the amplitude should have been a 4 - not 3. Sorry.
**Errors on this video: Example 4b part ii has mistakes. I apologize. Thanks Sara C :) Correct answers are touches at x= radical 3 and touches at x = 2 I am definitely not feeling well ** And the second error is on example 3 check for understanding: the correct answer is f(x) = x^3 -3x+2
Hi guys, DO NOT START EXAMPLE2. I have an error on it. So just stop before example 2, which is about 21 minutes mark.
Hi guys, on example 3, I meant to say x = 0 (not x = 1) [thank you Peter!]
Do I get extra credit for noticing that you said "cosine of tangent" instead of cotangent at 22:07? Or maybe you did mean to say that and I'm wrong. Who knows? Now I am just aimlessly rambling about nothing. You see, this is why I don't do my homework. If I don' have my notes done by tomorrow, know that it was because I was too focused on my math homework and participating in the class
for part c, the final answer should be 31 lbs/100ft squared :) Thx B.B. nice catch!
Error #1: EC goes to Jonathan E. I said -200 for the window but then wrote down -100 . Good job Jonathan!
Part d of example 2c, the half circle formula should have been (x+2) under the radical instead of (x-2). Thx to Brandon T.