34 is an equivalent expression.
It is the expression -2m + 92. This cannot be evaluated without knowing the value of m.
2*log(15) = log(x) 152 = x; its equivalent logarithmic form is 2 = log15 x (exponents are logarithms) then, it is equivalent to 2log 15 = log x, equivalent to log 152 = log x (the power rule), ... 2 = log15 x 2 = log x/log 15 (using the change-base property) 2log 15 = log x Thus, we can say that 152 = x is equivalent to 2*log(15) = log(x) (equivalents to equivalents are equivalent)
the length of time that is equivalent to 92 hours is 5,500 min
3.092 is equivalent to 3.0920
log(100x) can be written as log100 + logx. This =2+logx
log4+log3=log(4x3)=log12
34 is an equivalent expression.
The expression x = log3(100) is equivalent to 3x = 100. One way to calculate logs with a base of (b) is: logb(y) = log(y) / log(b). So in this case, you would have log(100) / log(3) = 4.192 [rounded to 3 decimal places]
The expression 9+5 is equivalent.
It is the expression -2m + 92. This cannot be evaluated without knowing the value of m.
2*log(15) = log(x) 152 = x; its equivalent logarithmic form is 2 = log15 x (exponents are logarithms) then, it is equivalent to 2log 15 = log x, equivalent to log 152 = log x (the power rule), ... 2 = log15 x 2 = log x/log 15 (using the change-base property) 2log 15 = log x Thus, we can say that 152 = x is equivalent to 2*log(15) = log(x) (equivalents to equivalents are equivalent)
If an algebraic expression is equivalent to another algebraic expression then it is an equation.
92%= 0.92 in decimal= 92/100 or 23/25 in fraction
the length of time that is equivalent to 92 hours is 5,500 min
18 and 2/5 or 92/5
21