Answer:
A. Nonprogrammed; reflective; programmed; reactive
Explanation:
Programmed decisions are those which occur more frequently and are quickly executed, almost instinctly, without needing much of a thought process, by what we call the reactive system.
Nonprogrammed decisions are those that present unusual or new situations and require a deeper reflection and understanding of the issue. Those are processed via the reflective system in the brain.
Therefore, the correct answer is A. Nonprogrammed; reflective; programmed; reactive
Answer:
Total= $107,130.79
Explanation:
Giving the following information:
McClary Tires plans to save $20,000, $25,000, $27,500, and $30,000 at the end of each year for Years 1 to 4, respectively.
The discount rate is 3.3%.
To calculate the future value, we need to use the following formula for each cash flow:
FV= PV*(1+i)^n
Cf1= 20,000*1.033^3= 22,046.06
Cf2= 25,000*1.033^2= 26,677.23
Cf3= 27,500*1.033= 28,407.5
Cf4= 30,000
Total= $107,130.79
The correct answer is 11 1/3. Hope this helps.<span>
The mixed number would be 11 1/3. This is because 3 goes into 34 11 times. 3 multiplied by 11 would equal 33. You have 1/3 left over after , so you get 1/3.</span>
Answer: Old machine should be replaced.
Explanation:
The variable manufacturing cost will reduce by:
= 624,000 - 524,000
= $100,000
Over a period of 5 years this will be:
= 100,000 * 5
= $500,000
Selling the old machine would bring in $32,000:
= 500,000 + 32,000
= $532,000
The cost of the new machine would reduce this gross benefit by:
= 532,000 - 455,100
= $76,900
<em>Net income will increase by a total of $76,900 over the 5 year period if the new machine is bought so it should be bought. </em>
Answer:
The answer is: 5 hours 20 minutes; 4 Trucks
Explanation:
Each truck has a 16 minute window to pick up and dump the coal. This process can be observed as an assembly line where each stage of production is the stages of coal transport. When Truck A is travelling to the dump site, Truck B can be loading the coal. When Truck B is travelling to the dump site and Truck A is dumping the coal, Truck C would be loading the coal. When Truck A is travelling to the loading area, Truck B dumping the coal and Truck C travelling to the dump site, Truck D would be loading the coal. Once Truck A gets to the loading area, Truck D would be on its way to the dump site and so on. In each 16 minute window 88 tons of coal (22 tons * 4) is picked up and dumped, that is, 22 tons every 4 minutes. Given that there are 1, 760 tons of coal, the total time taken to dump all the coal is equal to 320 minutes:
88 tons = 16 minutes (22 tons dumped every 4 minutes)
1, 760 tons = (1760 tons * 16)/88 tons = 320 minutes
320 minutes/ 60 minutes = 5 hours 20 minutes
