Answer:
The cost of one hot dog can't be determine from the given condition
Step-by-step explanation:
From the question,
Total cost of four hot dogs and three bags of candy is $14.37 and twelve hot dogs and nine bags of candy is $24.74.
So,
Let the number of hot dog be x
and the number of bags of candy be y.
According to question,
Equations formed by given statement are,
.................(1)
.................(2)
Here, these are the linear equation in two variables says x & y.
When ,
≠ = gives Unique solution.
= = gives Infinite many solutions.
= ≠ gives No solution.
From Equation (1) & (2) we get ,
= ≠
This condition says that the given equation have no solution.
Hence the cost of one hot dog can't be determine from the given condition.
Answer:
the pic is not clear. what is it asking?
Step-by-step explanation:
Answer:
8/3
Step-by-step explanation:
log(9x)base 2 -log (3) base 2=3
log(9x/3)base 2 =3
9x/3=2^3
3x=8
x=8/3
=2.7 to dp
I hope this is what you were looking for! x^2 + xn + xm + mn