" (viii) "log_(e)4.04," it being given that "log_(10)4=0.6021" and "log_(10)e=0.4343

Using differentials, find the approximate value of (log)_e 4.04 , it being given that (log)_(10)4=0. 6021 and (log)_(10)e=0. 4343 .

Using differentials, find the approximate value of (log)_e 4.04 , it being given that (log)_(10)4=0. 6021 and (log)_(10)e=0. 4343 .

Find the value of log_(10) (4.04) , it being given that log_(10) 4 = 0.6021 and log_(10) e = 0.4343

log_(e) 10.02 , given that log_(e) 10 = 2.3026

Find the approximate value of log_(10) 10.1 , it is being given that log_(10)e = 0.4343 .

Find the value of log_(10)(10.1) given that log_(10) e=0.4343 .

Find the approximate values of the following: log_e(4.04) , given log_10 4 = 0.6021, log_10 e = 0.4343

How many digits are there in ( 54)^(10) ? ( Given that log_(10)2 = 0.301 and log_(10)3 = 0.477 )

Using differentials, find the approximate value of (log)_(10)10. 1 , it being given that (log)_(10)e=0. 4343 .

Using differentials, find the approximate value of (log)_(10)10. 1 , it being given that (log)_(10)e=0. 4343 .