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Binomial Theorem: If n is the number of irrational terms in the expansion of
Binomial Theorem: If n is the number of irrational terms in the expansion of
The total number of irrational terms in the binomial expansion of (71/5 – 31/10)60 is &nbs....
The total number of irrational terms in the binomial expansion of (71/5 – 31/10)60 is &nbs....
The total number of irrational terms in the binomial expansion of (7^(1/5)-3^(1/10))^60 is
The total number of irrational terms in the binomial expansion of (7^(1/5)-3^(1/10))^60 is
If n is the number of irrational terms in the expansion of (3^1/4 + 5^1/8)^60, then (n – 1) is divi
If n is the number of irrational terms in the expansion of (3^1/4 + 5^1/8)^60, then (n – 1) is divi
If n is the number of irrational terms in the expansion of (31/4+51/8)60, then (n || Let's IQRA_JEE
If n is the number of irrational terms in the expansion of (31/4+51/8)60, then (n || Let's IQRA_JEE
If n is the number of irrational terms in the expansion of 3^2(3^1 / 4+5^1 / 8)^60, then (n-1) is...
If n is the number of irrational terms in the expansion of 3^2(3^1 / 4+5^1 / 8)^60, then (n-1) is...
If n is the number of irrational terms in the expansion of (3^1/4 + 5^1/8)^60, then (n -1) QID 12394
If n is the number of irrational terms in the expansion of (3^1/4 + 5^1/8)^60, then (n -1) QID 12394
Find the number of irrational terms in the expansion of \[ \left(5^{1 / 6}+2^{1 / 8}\right)^{100} \]
Find the number of irrational terms in the expansion of \[ \left(5^{1 / 6}+2^{1 / 8}\right)^{100} \]
The total number of irrational terms in the binomial expansion of (7^1 / 5-3^1 / 10)^60 is (2019 ...
The total number of irrational terms in the binomial expansion of (7^1 / 5-3^1 / 10)^60 is (2019 ...
Number of Rational terms| Number of irrational terms in a Binomial Expansion| BINOMIAL THEOREM
Number of Rational terms| Number of irrational terms in a Binomial Expansion| BINOMIAL THEOREM
The number of irrational terms in the expansion of \({ \left( { 4 }^{ 1/5 }+{ 7 }^{ 1/10 } \righ...
The number of irrational terms in the expansion of \({ \left( { 4 }^{ 1/5 }+{ 7 }^{ 1/10 } \righ...
The total number of irrational terms in the binomial expansion of (71/5-31/10)60 is | Let's IQRA JEE
The total number of irrational terms in the binomial expansion of (71/5-31/10)60 is | Let's IQRA JEE
Binomial Theorem Trick for JEE/NDA/NA/Airforce/Number of Integral terms in a Binomial expansion
Binomial Theorem Trick for JEE/NDA/NA/Airforce/Number of Integral terms in a Binomial expansion
Binomial theorem: General term SE5: Number of irrational terms in (3^1/5+7^1/3)^36
Binomial theorem: General term SE5: Number of irrational terms in (3^1/5+7^1/3)^36
The total number of irrational terms in the binomial expansion of (7⅛-3⅒)⁶⁰ is
The total number of irrational terms in the binomial expansion of (7⅛-3⅒)⁶⁰ is
number of irrational terms in the binomial expansion
number of irrational terms in the binomial expansion
If n is the number of irrational terms in the expansion of (3¼+5⅛)⁶⁰ then (n-1) is divisible by
If n is the number of irrational terms in the expansion of (3¼+5⅛)⁶⁰ then (n-1) is divisible by
XIBINOQ083 _ If n is the number of irrational terms in the expansion of (3^(1/4)+5^(1/8) )^60, then
XIBINOQ083 _ If n is the number of irrational terms in the expansion of (3^(1/4)+5^(1/8) )^60, then
The number of irrational terms in the expansion of `(4^(1/5)+7^(1/10))^45` is
The number of irrational terms in the expansion of `(4^(1/5)+7^(1/10))^45` is
How to Find the Number of Irrational Terms Using Binomial Theorem | JEE Main & Advanced | Shiva Sir
How to Find the Number of Irrational Terms Using Binomial Theorem | JEE Main & Advanced | Shiva Sir
C3_The number of irrational terms in the expansion of (7^1/5-3^1/10)^60 is
C3_The number of irrational terms in the expansion of (7^1/5-3^1/10)^60 is