The answer to your question is C)26
Answer:
Step-by-step explanation:
Graph in the picture represents,
y = qˣ
a). Point of intersection of the curve with the y-axis → (0, 1)
b). Since, this graph passes through (1, 4)
By substituting values in the equation,
4 = q¹
q = 4
c). Value of y when x = 10,
y = 1048576
So we know there are 12 eggs and they will be distributed like this:
12=x2+y1
and 4 cups of flour:
4=1/3x+1/2y
let's see if we can find a solution in which all the materials are used:
12=x2+y1
4=1/3x+1/2y//*6
12=2x+y
24=2x+3y//*6
substract from each other:
12=2y
y=2
12=2x+y
12=2x+2
10=2x
x=5
So if nothing is wasted, he can make 5 blueberry muffins (making 12*5=60) and 2 bran muffins (2*9=18), together 78 dollars,
would it be better if instead of the bran muffins he did blueberry muffins (which are more expensive?)
for the branberry muffins he will used the double amount needed for 1: so 1 cup of oil and 2 eggs. From this he can only make 1 tray of blueberry muffins (and some oil will be left over), which will cost 12 dollars, which is less than 18
so he better make 6 blueberry and 2 bran trays
Reduce the expressions, if possible by cancelling the common factors.
Exact form: 22/9
Decimal form: 2.4
Mixed Number form: 2 2/9
Answer:
The range of 2x+329:
Step-by-step explanation:
Given the expression
We know that range is termed as the set of values of the dependent variable for which a function is defined.
- We also know that the range of polynomials with odd degree is all the real numbers.
i.e. 
The given expression is a polynomial with an odd degree. Hence, the range of this expression will be all the real numbers.
Thus, the range of 2x+329:
