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Just read thru the Meno which contains a proof for the Pythagorean theorem so it was interesting to see another one but using a trapezoid instead of squares.

Thx sir, it's helpful

This is great, may God bless you!

1546 Osinski Well

Life saver!

42768 Pouros Ramp

Bergnaum Spur

You honestly seemed a bit condesending at first but you are a fellow South Paw, and you did just clear up something that made no sense to me when I tried it on my TI-84, so I am grateful for your explanation here.

Thank you. I always wondered why…I just can’t take the “because it works” answer.

Josie Island

Oh that's really cool. I didn't know triangular numbers. I was wondering why the pins are set up in a triangle.

Light work. Too easy

im a computer engineering student taking cal 1, i feel weak in some of my areas of precal so this is super helpful!

locking in 6 hours before

dude predicted desmos ty btw my SAT is in 2 days

This is incredible, I'm taking Calculus 1 for the first time in about a week and I'm trying to prepare as best as I can (I definitely need to review my trig and exponents). You're an amazing individual for creating and posting this for free, thank you.

Thank you very much for your efforts and I appreciate this very much ❤❤

You are so fucking hot! 🔥🔥🔥

nick cannon hilarious

This question previously solved with the help of mentomind app

my only problem is that the combinations is inflated... it would be a marvel to see only a 5 pin (the middle of the triangle) fall down... the only physical way to do it is maybe throwing the ball in such a way that it flies over the first three pins, hit's the 5 pin (the middle pin) and some how bouncing over the back 4 pins? it's just impossible... at a bowling alley, with a bowling ball.. physically speaking. all your combinations need to involve hitting a pin on the side of the triangle, and depending on angular momentum the pins can fall left right forward and backward.. and that is the real physics of bowling. if you want to dive even deeper, the angular momentum can change depending on your positive axis point, the surface material of your ball, the angle of the approach and of course the amount of oil/ pattern of oil on the lane.

thanks so muchh\

Bros finally active again! 🎉

Jee aspirants laughing in corner 😂

Shouldn't you actually flip the inequality symbol at the point of dividing by a negative quantity? Think about it.

This is new knowledge for me 😮

It is very enjoyable to listen to question examples from this man while preparing for SAT exams. www.youtube.com/@MathJamboree-vf7me

nice explanation, but if anyone is wondering, skip to 2:09 for the explanation

Would this video still be relevant to the dsat?

I feel confident i can do well, but knowing my luck the first question will be something like. Whats the weight of a rainbow that is 30 degrees from the horizon if the photons were slowed down by 10^-20%?....

Isn’t average rate of change the slope of the secant line?

And here I was just thinking about the physics involved. I was a math major.

Thanks for making a 30 min video for dumb people ❤

Thank you so much! I’m generally good at math but my brain always refuses to solve equations if I don’t know the whys

Me laughing my ass off when you were explaining your first method for arranging the pins and me thinking... wouldn't it just be 2^10?

Thank you for. Still helpful 3 years later

I was going to give a lesson and this explanation was exactly what I was looking for <3 AMAZING, thank you so much!

To the problem at minute 1:19:19 there is an easier solution, although you said no, the easiest solution being to graph the function y=-(x-p)(x-2), and put the point (1,k), and then try to plug in values for p and k, until the parabola gases the vertex at (1, k). I've tried it and it's much faster that way.

This was a really helpful video. Thank you so much.

This is exactly what I needed!

Math

RUclips Math Man revived!!! Glad to see the channel's alive once more and the math is still mathing 😎

Love your videos 🤩 thought we’d lost you to the RUclips algorithm but your back! Can’t believe I’m early to your video!

Math

thank you :)

Ok I get it on Letters but how would that look on nr adding and sub. Is it just confusing..🫤

i clicked on this video to memorize the unit circle… half way through and he FINALLY mentions the unit circle

Thanks for putting the time into this, wish me luck!

retaking my SAT tomorrow, this was a super helpful refresher!! and it was funny and entertaining!! great video!

SATs tomorrow lightwork???