Answer: (C) Problem-solution
Explanation:
According to the question, the Fred is using the problem solution pattern of an organization. Fred is delivering a speech on the legal decision in the united state (US) civil right movement.
The civil right movement is one of the struggle movement in the united state. It main goal is to enforce many legal and constitutional rights for the African Americans.
Answer:
Weighted average inventory cost method.
Explanation:
The Weighted Average Cost (WAC) technique for stock valuation utilizes a weighted normal to decide the sum that goes into cost of goods sold and inventory. The weighted inventory cost technique separates the expense of products accessible available to be purchased by the quantity of units accessible available to be purchased.
Answer:
Average price per person per ticket is $980
average price per game ticket sold is $70
Explanation:
The average price per person ticket is the total ticket sales divided by the total capacity of the fieldhouse
Total sales ticket is $15,582,000
total capacity of the fieldhouse=15900
average price per person per ticket= $15,582,000/15900=$980 per person
average price of individual game=ticket sales per game/seating capacity
ticket sales per game=total sales/number of games=$15,582,000/14=$1,113,000
average price per individual game=$1,113,000/15900=$70
Answer:
Given that Program instructions consists of:
- 60% floating point multiply
- 20% floating point divide
- 20% other instructions
Amdahl's law states that:
Execution time affected by improvement = (Execution time after improvement/ Amount of improvement) + (Execution time unaffected)
Assuming initially that floating point multiply, divide and other instructions have same clocks per instruction (CPI).
Part (a)
New execution time after improvement with multiply = (60) / 8 + (20 + 20) = 47.5
New execution time after improvement with Divide = (20) / 3 + (60 + 20) = 86.67
New system should be 4x faster which means new execution time should be below = 100/ 4 = 25.
Therefore, Management's goal can NOT be achieved by making the improvement with multiply or divide alone.
Part (b)
New execution time after improvement with multiply and divide = (60 / 8) + (20 / 3) + 20 = 34.17
Speed up = execution time of original machine / Execution time of new machine = (100 / 34.17) = 2.93
Therefore, new machine is 2.93 times faster than original machine.
