Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10)
If `log(G/O)` and `log(O /E)` are the roots of the equation

Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10) If the value of the product (GOEL) is lamda , the value of sqrt(loglamdasqrt(loglamdasqrt(loglamda....))) is a. 3 b. 4 c. 5 d. 7

Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10) If the value of the product (GOEL) is lamda , the value of sqrt(loglamdasqrt(loglamdasqrt(loglamda....))) is

Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10) If the value of the product (GOEL) is lamda , the value of sqrt(loglamdasqrt(loglamdasqrt(loglamda....))) is

Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10) If the minimum value of 3G+2L+2O+E is 2^(lamda)3^mu5^nu ,Where lamda,mu ,and nu are whole numbers, the value of sum(lamda^(mu)+mu^(nu)) is

Let G,O,E and L be positive real numbers such that log(G.L)+log(G.E)=3,log(E.L)+log(E.O)=4, log(O.G)+log(O.L)=5 (base of the log is 10) If the minimum value of 3G+2L+2O+E is 2^(lamda)3^mu5^nu ,Where lamda,mu ,and nu are whole numbers, the value of sum(lamda^(mu)+mu^(nu)) is

Let B,C,P and L be positive real numbers such that log(B*L)+log(B*P)=2;log(P*L)+log(P*C)=3;log(C*B)+log(C*L)=4 The value of the product (BCPL) equals (base of the log is 10)

If f(x) = log x and g(x) = e^x then fog(x) is :

Solve: 4^((log)_(2)log x)=log x-(log x)^(2) (base is e)