Write the expression as a single logarithm with coefficient 1. Assume all variables represent positive real numbers. \( \log _{c} x+\log _{c} y-\log _{c} m \) A. \( \log _{c} \frac{x m}{y} \) B. \( \log _{c} x y m \) C. \( \log _{c} \frac{x y}{m} \) D. \( \log _{c} \frac{m}{x y} \) the correct answer. A

which of the following equations is not a linear function? 1) \( 2 y-3 x=1 \) 2) \( 4 x^{2}+y^{2}=4 x y \) 3) \( y=2 \) 4) \( x=2 \)

a \( \quad 2^{3} \cdot 2^{-4} \)

\( \equiv \) (i) Listen A bowl contains blueberries and strawberries. There are a total of 12 berries in the bowl. The ratio of blueberries to strawberries is 1 to 2 . How many of each berry are in the bowl? \( \square \) blueberries strawberries

Three consecutive numbers their sum is 48 write an equation express that is .... \( \begin{array}{l}3 x+2=48 \\ 3 x+4=48 \\ 3 x+3=48 \\ 3 x-3=48\end{array} \)

4. Make \( c \) the subject of \( g=\frac{c+3}{4+c}-7 \)