Area of a Triangle with Shaded Region | Fun Math Problem SAT & ACT Prep #shorts #math #maths

[jairajroy]

Bruh these are like 7th grade questions

[lukeds]

Just do 4 * 4 because you can turn the two halves into a square

[OnTourWithPattiSmith]

Assumption that is the center of the circle.

🔰

[zackdeniro]

Fantastic you are a legend 🙌 best wishes to you

[Krishna-xgio]

Sir You Are Doing So Good Keep Supporting Thanks

[FordMustang]

Why doesn't this man have more fame, I passed half of calculus because of him 😂😂😂

[goofydda]

I would’ve done 4*4 and still get the same answer. But that’s just my way of guessing through the problem because SAT.
I love how you did it so I know for sure this formula will work on many similar problems thank you.

[okaytyler]

Actually really easy to understand thank you

[animusrisunovatur]

you had to indicate that point is the center of circle.

[poteta]

nah if SAT tests were like this, i'd be passing by with prefect score 💀

[Maxx]

Well you could do this easier. A circle is 360 degrees and a triangle is 180 degrees so if you times the triangle by 2 then it’s 360 and the 4 is an 8. Then because there is the bottom half you add another 8

[mellohi]

Can you please do finding the square root of large numbers without a calculator? Please.

[TheLambLive]

Every one of these videos starts with "This problem looks impossible."... No, it looks fuckin easy 🤣

[bucketmann]

I could probably solve this like 3 years ago, this is so simple

[JaySityLL]

45 degrees ... since we are in the sky and we are measuring distance with flight, area would be a longitude of a geographic distance accordingly to weighted meter.

[Bharathicreatives]

Which app u r using for math questions

[gregduke]

The two triangles are each half of a square with base 4. 4X4=16. Easy!

[sharath]

Meanwhile jee aspirants: ahh... How to solve this IE IRODOV questions....?

[chipan]

You’d have to assume that the 4 represents both the height of the triangle and the radius of the circle. There’s nothing about the picture itself which tells you that the line goes precisely to the center point of the circle.

[rodwinfuentes]

Assuming it is a circle
Assuming it is the center of a circle