Answer:
Suppose that in the inventory problem, the storage cost depends on the maximum inventory size, rather than the average. This would be more realistic if, for example, the company had to build a warehouse large enough to hold the maxi- mum inventory, and the cost of storage was the same no matter how full or empty the warehouse was. Show that in this case the number of units that should be ordered or manufactured to minimize the total cost is q= âfM/k
Step-by-step explanation:
Suppose that in the inventory problem, the storage cost depends on the maximum inventory size, rather than the average. This would be more realistic if, for example, the company had to build a warehouse large enough to hold the maxi- mum inventory, and the cost of storage was the same no matter how full or empty the warehouse was. Show that in this case the number of units that should be ordered or manufactured to minimize the total cost is q= âfM/k
Answer:
the guarantee period should be less than 136010 miles
Step-by-step explanation:
From the given information;
Let consider Y to be the life of a car engine
with a mean μ = 170000
and a standard deviation σ = 16500
The objective is to determine what should be the guarantee period T if the company wants less than 2% of the engines to fail.
i.e
P(Y < T ) < 0.02
For the variable of z ; we have:


Now;


From Z table ;
At P(Z < -2.06) ≅ 0.0197 which is close to 0.02





Thus; the guarantee period should be less than 136010 miles
Answer to the first question is A. X = 10 and y = -2. Plug it into the equation.
-2 + 2 = 3/5(10 - 10)
0 = 0
Answer to the second question is A. It is going up "rise" by 4. And left "run" by -5
Answer to the third question is A. 2x will represent the slope. 5 will represent the y intercept.
Answer to the fourth question is C.
Answer to the last question is B. y = 5(1) y = 5. y = 5(0) y = 0.
Hope that helps
First add them all up.
0+1/4+1/2+3/4+1=2.5
Because there are 5 beakers you divide 2.5 or 2 1/2 by 5 and you get .5 or 1/2
there would be 1/2 water in each beaker.