Answer:
Number 2 or Number 4.
Explanation:
On number 2, the robot freezes when it doesn't recognize the command. Obvious problem. On number 4, the robot confuses similar sounding commands. Also an obvious problem.
Answer:
A management systment which is based on the concept that In every aspect of the operation of a company, each employee must ensure the high quality of work. This system enhances the employees efficiency and capability as well. Its main objective is the customer satisfaction and make a value of product through Quality work. In this system employees continuously improve their skills.
The will require him to submit a business plan and a financial plan.
The total of all indirect costs incurred during the manufacturing of a product is known as manufacturing overhead (MOH) cost. Along with the expenses of direct materials and direct labor, it is included in the price of the finished product. The depreciation of equipment, wages paid to factory workers, and electricity used to operate the equipment are typically included in manufacturing overhead costs.
A manufacturer's balance sheet, cost of products income statement, and cost of finished goods in inventory should all reflect production overhead in accordance with generally accepted accounting principles (GAAP).
In order to predict the monthly demand for its product, a producer of printed circuit boards utilizes exponential smoothing with trend. The corporation wants to anticipate sales for January at the end of December. 200 extra boards were estimated to have been sold each month through the month of November. Around 1000 copies have been sold monthly on average. In December, there was a need for 1100 units. The business makes use of = 0.20 and = 0.10. Make a forecast for January that includes trends.
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Answer:
PV= $13,611.66
Explanation:
Giving the following information:
Future Value (FV)= $20,000
Number of periods (n)= 5 years
Interest rate (i)= 8%
<u>To calculate the present value, we need to use the following formula:</u>
FV= PV*(1+i)^n
Isolating PV:
PV= FV/(1+i)^n
PV= 20,000 / (1.08^5)
PV= $13,611.66
