Solve for t. https://mooreps.owschools.com/media/g_alg01_2016/8/51.gif
need help
so remember what we did last time? moving things around
this time, let's move `t` to the other side and then we move that 72 on to the other side
that way we can have t all by itself on one side of the equal sign
Sound like a good plan to you?
yep
\(\sqrt{52} - t = 72\) so what do you get when you add `t` to both sides?
|dw:1614986675200:dw| ?
t i mean
is that supposed to be a t or a 2 on the right hand side
Presto! You got it then!
Have you learned how to simplify radicals yet? Because we can simplift sqrt(52)
ok
can you find two numbers that multiply to give you 52? since it ends with a 2, you know that you can divide it by 2
13?
13 and what other number
4
good! so here's a rule that you should know |dw:1614986898760:dw|
so we said 52 is equal to 13 and 4 so we have |dw:1614986967566:dw| what goes under those square root signs?
13 and 4 ?
good! and 13 is a prime number so we won't be able to simplify it anymore but what about sqrt(4) is there a number that if you multiply it by itself will give you 4?
2
Well done!
That means we can re-write \(\sqrt{52}\) as \( 2\sqrt{13}\) and so we get
|dw:1614987223477:dw|
yay
Good job! :D
thank you
It was my pleasure!
:)
\(\color{#0cbb34}{\text{Originally Posted by}}\) @AZ Created with RaphaëlReply Using Drawing \(\color{#0cbb34}{\text{End of Quote}}\) perfect explained - congrats !
Join our real-time social learning platform and learn together with your friends!