Which of the following is true about a T-Account? Group of answer choices Left hand side of the T-Account is called a debit. Left hand side of the T-Accounts is called a credit Right hand side of the T-Account is called a debit None are true.

Balance sheet baggett company's balance sheet accounts and amounts as of december 31, 2016, are shown in random order as follows: account debit (credit) account debit (credit) income taxes payable $(3,800) additional paid-in capital on preferred prepaid items 1,800 stock $(7,900) additional paid-in capital on common stock (9,300) allowance for doubtful accounts (1,600) land 12,200 bonds payable (due 2020) (23,000) notes payable (due 2019) (6,000) buildings 57,400 notes receivable (due 2018) 16,400 sinking fund to retire bonds payable 5,000 accounts receivable 12,600 advances from customers (long-term) (2,600) premium on bonds payable (1,400) cash 4,300 accounts payable (13,100) accumulated depreciation: equipment (9,700) inventory 7,400 retained earnings (18,300) accumulated depreciation: buildings (21,000) preferred stock, $100 par (18,600) patents (net) 4,600 wages payable (1,400) equipment 28,700 common stock, $10 par (12,700) required: 1. prepare a december 31, 2016 balance sheet for the baggett. baggett company balance sheet december 31, 2016 assets current assets: $ $ $ long-term investments: $ property, plant, and equipment: $ $ $ intangible assets: liabilities current liabilities: $ $ long-term liabilities: $ $ other liabilities: shareholders' equity contributed capital: $ $ $ $ 2. compute the debt-to-assets ratio. round to one decimal place. do not enter a percent sign (%) as part of your answer. %

The following costs were incurred in may: direct materials $ 44,800 direct labor $ 29,000 manufacturing overhead $ 29,300 selling expenses $ 26,800 administrative expenses $ 37,100 conversion costs during the month totaled:

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: