if x=5root2 - root6 then 56-20root3/5root2+root6 in terms of x is
\[x=5\sqrt2-\sqrt6\] \[56-\frac{20\sqrt3} {5\sqrt2}+\sqrt6\] ??
no that root 6 is with 5root2
\[(56-20\sqrt{3})x/44\]
any one have doubts in question
yeah i still dont get the question
i gave you the answer
if x=52√−6√ 56−203√52√+6√ this we have to write in terms of x root6 is with 5root2
options x^3/44 x/44
x^3/44
becouse (56−20 √ 3)=x^2
x^3 ???
ok can u plzzzz give the steps to do it plzzzz
look my previous answer and add this comment and you get your answer
steps are: multiply the denominator by conjugate, which is x and rest is just operations
let me try it ......
numerator how to solve it plzzz
\[(56-20\sqrt{3})x/(50-6)=x ^{2}*x/44=x^{3}/44\]
x*x=(5root2 - root6)(5root2 - root6)=56-20sqrt3
how (56−203√)x become x^3
x*x=(5root2 - root6)(5root2 - root6)=56-20sqrt3
got it?
hey the numerator i got as 300root2 - 156root6
hmm... (5root2 - root6)(5root2 - root6)=25*2-5sqrt12-5sqrt12+6=56-10sqrt12=56-20sqrt3
denominator is 44 i got it i want to knw about the numerator
step1 multiply by conjugate: (56-20root3)(5root2-root6)/(5root2+root6)(5root2-root6) step 2: notice that: (5root2 - root6)(5root2 - root6)= 56-20sqrt3 step 3 substitute the step 2 expression in stpe 1 expretion: (5root2 - root6) (5root2 - root6)5root2-root6)/(5root2+root6)(5root2-root6) step 4 perform operation in denominator: (5root2 - root6) (5root2 - root6)5root2-root6)/44 step 5 substitute (5root2 - root6) =x in step 4 expretion: x^3/44
got it?
wait..
okkk thanzxxxx
the largest number that leaves reminder 7 abd 8 when divided by 3248 and 4175 respectively is??
can u solve this
sry got to go
ohh
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