Given `(log)_(10)34. 56=1. 5386 ,\ ` find `(log)_(10)3. 456 ;(log)_(10)0. 3456\ &(log)_(10)0. 003456`

Given: (log)_(10)34. 56=1. 5386 find (log)_(10)3. 456 and(log)_(10)0. 003456.

If log_(10) 4 = 0.6020 , find the value of : (i) log_(10) 8 (ii) log_(10) 2.5

If (log)_(10)2=0. 3010\ &(log)_(10)3=0. 4771.\ Find the value of (log)_(10)(2. 25)

If (log)_(10)2=0. 3010\ &(log)_(10)3=0. 4771.\ Find the value of (log)_(10)(2. 25)

The global maximum value of f(x)=(log)_(10)(4x^3-12 x^2+11 x-3),x in [2,3], is -3/2(log)_(10)3 (b) 1+(log)_(10)3 (log)_(10)3 (d) 3/2(log)_(10)3

Given system of simultaneous equations 2^x\ . 5^y=1\ a n d\ 5^(x+1). 2^y=2. Then - (a) . x=(log)_(10)5\ a n d\ y=(log)_(10)2 (b) . x=(log)_(10)2\ a n d\ y=(log)_(10)5 (c) . x=(log)_(10)(1/5)\ a n d\ y=(log)_(10)2 (d) . x=(log)_(10)5\ a n d\ y=(log)_(10)(1/2)

Given 2 log_(10) x + 1 = log_(10) 250 , find : (i) x (ii) log_(10) 2x

Which of the following numbers are positive? a. (log)_(log3 2)(1/2) b. (log)_2(2/3)^(-2//3) c. (log)_(10)(log)_(10)9 d. (log)_(10)s in 25^0

Express log_(10) root(5)(108) in term of log_(10)2 and log_(10)3 .

In a binomial distribution B(n , p=1/4) , if the probability of at least one success is greater than or equal to 9/(10) , then n is greater than (1) 1/((log)_(10)^4-(log)_(10)^3) (2) 1/((log)_(10)^4+(log)_(10)^3) (3) 9/((log)_(10)^4-(log)_(10)^3) (4) 4/((log)_(10)^4-(log)_(10)^3)