If x - Q = 100, then Q = 100 + x
Substitute this into the following equation:
F(x) = x*Q <----this is the eqation for which you want to find a minimum
F(x) = x *(100 + x)
F(x) = x^2 + 100x
Graph that equation, and look for its lowest point. The lowest point is at x = -50, f(x) = -2500
Since Q = 100 + x, then Q = 100 + (-50) = 50
50 - (-50) = 100, and the product--being -2500--is a minimum.
Answer:
0.390 to the nearest thousandth or 39%.
Step-by-step explanation:
That would be 0.79^4
= 0.3895.
The probabilities are multiplied because each selection is independent.
Answer:
T= -5
Step-by-step explanation:
2(2t+4)= 3/4(24-8t)
4×2(2t+4)= 4×3/4(24-8t)
16t+32=72-32
16t-24t=72-32
-8t=40
therefore t equals negative five.
i hope you understand.
37 is more than y, what is the translation
37 > y