The following events took place at a manufacturing company for the current year:
(1) Purchased $97,000 in direct materials.
(2) Incurred labor costs as follows: (a) direct, $58,000 and (b) indirect, $15,600.
(3) Other manufacturing overhead was $109,000, excluding indirect labor.
(4) Transferred 80% of the materials to the manufacturing assembly line.
(5) Completed 65% of the Work-in-Process during the year.
(6) Sold 85% of the completed goods.
(7) There were no beginning inventories.

Required:
What is the value of the ending Work-in-Process Inventory?

Self-interest achieve society’s economic goals because producers know which goods consumers want the most. as consumers and producers exercise their freedom to act in their own self-interest, markets will produce the desired goods at the lowest possible cost. consumers and producers both operate based on society’s economic goals. consumers know which goods can be produced at the lowest cost. there is a wide variety of desired goods and services in a market system because producers determine what to produce. consumers change their minds frequently. there is always a need to produce something new and improved. individual wants are diverse. what is produced is ultimately determined by consumers, because if the goods offered are not what consumers want, consumers will not buy them. producers, because they are driven by profits. producers, because they determine what to produce. consumers, because they participate in marketing surveys.

Omnidata uses the annualized income method to determine its quarterly federal income tax payments. it had $100,000, $50,000, and $90,000 of taxable income for the first, second, and third quarters, respectively ($240,000 in total through the first three quarters). what is omnidata's annual estimated taxable income for purposes of calculating the third quarter estimated payment?

The assumptions of the production order quantity model are met in a situation where annual demand is 3650 units, setup cost is $50, holding cost is $12 per unit per year, the daily demand rate is 10 and the daily production rate is 100. the production order quantity for this problem is approximately: