Answer
A
Step-by-step explanation:
Because this is per serving just start with 1 serving and multiply it by how many servings you're solving for
1 serving
Fat: 2
Protein: 11
2 servings
Fat: 4
Protein: 22
3 servings
Fat: 6
Protein: 33
4 servings
Fat: 8
Protein: 44
Because we want to be exact letter A is the best choice. The reason is simple. The other graphs are like measuring an exact cm measurement in inches. Yes, its possible and not wrong, but you're relying on the coordination of the person reading it to get it exact to the measurement which is more work than needed.
Hope this helps :)
Answer:
Step-by-step explanation:
As the value of a increases, the radical function sweeps out higher, increasing the range of the function. The k value moves it up or down. A "+k" moves up (for example, +3 moves the function up 3 from the origin). The h value moves it side to side. A positive h value moves to the right and a negative h value moves to the left. For example, √x-3 moves 3 to the right and √x+3 moves 3 to the left.
In summary, a and k affect the range of the function, k being the "starting point" and a being the "ending point"; h affects the domain of the function.
If J and K are parallel then K also has a slope of 2
Xy = 940
<span>and </span>
<span>Cost = 5(2x) + 5y + 10y (I chose y to be the side with brick). The cost equation simplifies to: </span>
<span>C = 10x + 15y </span>
<span>Replace y in the cost equation with 940/x: </span>
<span>C = 10x + 15(940/x) </span>
<span>C = 10x + 14100/x <---this is the equation you need to minimize. </span>
<span>C' = 10 - 14100/x^2 </span>
<span>10 - 14100/x^2 = 0 </span>
<span>14100/x^2 = 10 </span>
<span>x^2 = 14100/10 = 1410 </span>
<span>x = sqrt(1410) = 37.55 </span>
<span>y = 25.03 <---this is the length of the brick fence.</span>