When an accelerated depreciation method is used to calculate depreciation expense: Multiple Choice the net book value of the asset halfway through its useful life will be less than if straight-line depreciation is used. the net book value of the asset at the end of its useful life will be less than if straight-line depreciation is used. depreciation expense will be less in the early years of the asset's life than if straight-line depreciation is used. the accumulated depreciation account balance will increase by a larger amount in the last half of an asset's life than if straight-line depreciation is used.

Which of the following actions would be most likely to reduce potential conflicts of interest between stockholders and bondholders? a) compensating managers with stock options, b) financing risky projects with additional debt, c) the threat of hostile takeovers, d) the use of covenants in bond agreements that limit the firm's use of additional debt and constrain managers actions, e) abolishing the security and exchange commission

At the end of the current year, $59,500 of fees have been earned but have not been billed to clients. required: a. journalize the adjusting entry to record the accrued fees on december 31. refer to the chart of accounts for exact wording of account titles. b. if the cash basis rather than the accrual basis had been used, would an adjusting entry have been necessary?

One question from a survey was "how many credit cards do you currently have? " the results of the survey are provided. complete parts (a) through (g) below. click the icon to view the survey results. (a) determine the mean number of credit cards based on the raw data. the mean is 3.113.11 credit cards. (type an integer or a decimal. do not round.) (b) determine the standard deviation number of credit cards based on the raw data. the standard deviation is 1.9111.911 credit cards. (round to three decimal places as needed.) (c) determine a probability distribution for the random variable, x, the number of credit cards issued to an individual. x (# of cards) p(x) x (# of cards) p(x) 1 0.280.28 6 nothing 2 nothing 7 nothing 3 nothing 8 nothing 4 nothing 9 nothing 5 nothing 10 nothing (type integers or decimals. do not round.)