While working in the yard, Tina found a beat-up ring. Becca, an eighteen-year old neighbor, came over to visit and liked the ring. Tina said, "You can have this old thing if you would like." Becca replied, "I really like it - Maybe it's a real diamond!" Tina laughingly told her that there was a one in a billion chance of that and that Tina was more likely to win the lottery. A few months later Becca ran over to Tina's house and told Tina that the ring was actually a diamond worth thousands of dollars! Becca gave Tina the ring to examine. Tina put it in her pocket and told Becca that she would never have given it to her if she had realized its value and that possession was back where it had always belonged. Tina also told Becca that Becca failed to legally accept the gift because she did not know its true value and also because Tina did not sign any document turning over title. Becca sues. Which of the following describes the type of gift at issue?

a. A gift causa mortis
b. A gift inter vivos
c. A gift inter mortis
d. A gift causa vivos
e. A donative gift

Concrete consulting co. has the following accounts in its ledger: cash; accounts receivable; supplies; office equipment; accounts payable; jason payne, capital; jason payne, drawing; fees earned; rent expense; advertising expense; utilities expense; miscellaneous expense. transactions oct. 1 paid rent for the month, $3,600. 3 paid advertising expense, $1,200. 5 paid cash for supplies, $750. 6 purchased office equipment on account, $8,000. 10 received cash from customers on account, $14,800. 15 paid creditors on account, $7,110. 27 paid cash for miscellaneous expenses, $400. 30 paid telephone bill (utility expense) for the month, $250. 31 fees earned and billed to customers for the month, $33,100. 31 paid electricity bill (utility expense) for the month, $1,050. 31 withdrew cash for personal use, $2,500. journalize the following selected transactions for october 2019 in a two-column journal. refer to the chart of accounts for exact wording of account titles

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. %

An important application of regression analysis in accounting is in the estimation of cost. by collecting data on volume and cost and using the least squares method to develop an estimated regression equation relating volume and cost, an accountant can estimate the cost associated with a particular manufacturing volume. consider the following sample of production volumes and total cost data for a manufacturing operation. production volume (units) total cost ($) 400 4000 450 5000 550 5400 600 5900 700 6400 750 7000 compute b 1 and b 0 (to 2 decimals if necessary). b 1 b 0 complete the estimated regression equation (to 2 decimals if necessary). = + x what is the variable cost per unit produced (to 1 decimal)? $ compute the coefficient of determination (to 4 decimals). note: report r 2 between 0 and 1. r 2 = what percentage of the variation in total cost can be explained by the production volume (to 2 decimals)? % the company's production schedule shows 500 units must be produced next month. what is the estimated total cost for this operation (to 2 decimals)? $