help ss below
@snowflake0531
do i do 13 plus 23?
Do you know the pythagorean theorem?
\[a^2+b^2=c^2\] where a and b are the legs of the triangle, and c is the hypotenuse
we started this lesson today so no
So in this scenario we have|dw:1617920806625:dw|
Can you tell me which lengths are a and b, and which side is hte hypotenuse/c?
i got 745
what the literal heck are you doing
idk and isnt the c the part we have to find out?
\(\color{#0cbb34}{\text{Originally Posted by}}\) @snowflake0531 Can you tell me which lengths are a and b, and which side is hte hypotenuse/c? \(\color{#0cbb34}{\text{End of Quote}}\)
\(\color{#0cbb34}{\text{Originally Posted by}}\) @snowflake0531 \(\color{#0cbb34}{\text{Originally Posted by}}\) @snowflake0531 Can you tell me which lengths are a and b, and which side is hte hypotenuse/c? \(\color{#0cbb34}{\text{End of Quote}}\) \(\color{#0cbb34}{\text{End of Quote}}\) the a is im assuming 24 and b is 13 and c=37?
no.... stop thinking about a b and c, just tell me, looking at hte picture I drew, which 2 are the legs of the triangle, which side is hte hypotenuse
idk . . . the x?
idk this stuff we just started this lesson today
|dw:1617921145715:dw|
ok so 24 is the hypo
Yes, so now we know that 13 and x are the legs, and 24 is the hypotenuse, agreed?
yea
So now we put 24 as C and we do \[x^2 + 13^2 =24^2\] find x
\[\sqrt{407}\]
im assuming
yes, and so now find the decimal form of it, and round to the nearest tenths
20.1?
round to the nearest tenths, are you sure you its' 1
20?
... i meant are you sure it's 1 20.1742410018 nearest tenths what does it turn into
its 20 im right
no... nearest tenths
there's supposed to be one decimal point, but you rounded wrong
ohhh
so 20.1? basically
.... no.... 5 and more you round it's 2.17... what do you round it to
2.2
yeshh
ok im actually smart after all
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