Warm-Up Topic: Can an 18 year old kid carry a handgun while in foster care? The second amendment states we have the right to "ba
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Answer:
weight/muscle
y = 0.4x
a 170 pounds will have 68 pounds of muscle
heights/weights
y = 7x-338
68 inches weights 138 pounds
year/college
y = 120 x t + 13,200
beging the base the year 2000 2015 will be t = 15
at t =10 14,400
kwh/ cost
y = 0.18 x + 10
y = 0.18 x 400kwh + 10 = 82
coffe cups/cost
y = 3 x + 1000
at x = 100
it will sale 1300 coups of coffee
Explanation:
(72-60)/(180-150) = 12/30 = 0.4
y = ax + b
60 = 0.4 x 150 + b
b = 60-60 = 0
170 x 0.4 + 0 = 68
(180 - 110)/(74 - 64) = 70 / 10 = 7
180 = 7 x 74 + b
b = -338
7x68 - 338 = 138 pounds
(15000 - 13200) /( 2015 - 2000) = 120
13200 + 120 x 10 = 14,400
(118 - 55)/(600 - 250) = 0.18
118 - 0.18 x 600 = b
b = 10
150/0 = 3
y = 3 x + 1000
y = 3 (100) + 1,000 = 1,300
Given:
Annual Demand(D) = 200,000 × 12 = 2,400,000 units
Cost per order(S) = $500 per order
Holding cost(H) = 20% of Unit cost = $10 × 20% = $2
Unit cost =$10
Computation:
1) Optimal Order size =
Optimal Order Size=
2)
Annual holding cost = (34,641 / 2) × 2
Annual holding cost = $34,641
3) Number of Order per year = Annual demand / Optimal Order Quantity
Number of Order per year = 2,400,000 / 34,641
Number of Order per year = 69.2820646
Number of Order per year = 69 order (Approx)
4) Annual variable transportation cost = Transportation per unit × Annual Demand
Annual variable transportation cost = $0.10 × 2,400,000
Annual variable transportation cost = $240,000
5) Annual Clerical Cost = Number of Order per year × Cost per Order
Annual Clerical Cost = 69.282 × $500
Annual Clerical Cost = $34,641