Medal OR Fan I have a question that has to do with slant height ill post the question in just a second
Use the Pythagorean Theorem
igreen help me
Height = 8 The triangle in the middle's base is half the triangular prisms base.. 12 / 2 = 6 We have the two legs(6 and 8) now let's find the hypotenuse. \(a^2 + b^2 = c^2\) \(6^2 + 8^2 = c^2\) Solve for 'c'
Simply use the pythagorous theorum: \[c^2=a^2+b^2\] Where: \(a^2\) and \(b^2\) are any two sides of the triangle: \(c^2\) is the hypotenuse \[c^2=a^2+b^2\] Substitute your values, and solve \[c^2=a^2+b^2\]\[c^2=12^2+8^2\]\[c^2=208\]\[c=\sqrt{208}\]\[c=14.4222051\]\[c\approx14\] So, the slant height is 14
@Ahsome We're not supposed to give answers..plus that's incorrect.
My brain just popped
Except, you would use 6, and not 12. This is because 12 is the whole base, while you only need half
Pyramid base = 12 Triangle in the middle's base = half the pyramid's base. 12 / 2 = 6 Therefore, the triangle's base is 6.
@Hayhaywild002, have you learnt how to use Pythagorous THeorum before?
Can you simplify \(6^2\) and \(8^2\)? @Hayhaywild002
so your saying igreen that....... \[36+64=c^2\]
Yep
@Hayhaywild002 , yes :)
Now add 36 + 64
Then square root the value
Do i have to find the square root of it ??
Yep
Yes, now square both sides: \(c = \sqrt{36 + 64}\)
C= 100 the the square root of that is 10?
Yes
What your saying that i got it right?!!!!
Yep, you got it.
Yes :)
ok so who wants a medal and who wants me to fan them
Its the reward for helping me
Give it to @iGreen
You can give 2 medals
I can?
It won't let me
Yeah, just make sure you haven't given any medals yet. Then open the same post in a new tab and give both of us a medal..it only works on different people so you can't give 2 medals to one person.
I just gave a medal to you and @Ahsome
Thx @iGreen ;)
Np :P
thx guys
14 cm
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