Answer:
Company should continue with old machine (Alternative 1)
Explanation:
Preparation of a differential analysis dated April 11 on whether to continue with the old machine (Alternative 1) or replace the old machine (Alternative 2)
DIFFERENTIAL ANALYSIS
Continue with old machine(Alternative 1) ; Replace with old machine(Alternative 2); Differential effect on income
REVENUES
Proceeds from sale of machine
$0 $50500 $50500
COSTS
Purchase price $0 -$75000 -$75000
Direct labor -$56000 -$37000 19000
(11200*5 = -56000)
(7400*5 = -37000)
Income (loss) -$56000 -$61500 -$5500
Based on the above differential analysis the Company should continue with OLD MACHINE (Alternative 1)
Soil bacteria convert atmospheric nitrogen into nitrates that becomes usable by a plant's root(s) to absorb it and use it in chemical reactions.
Answer:
The correct option is A
Explanation:
In order to reduce the bad feelings which are linked with the negative messages, one must make sure that the receiver knows the reason for the rejection and feels the news was sensitive and also believes that the matter was handled carefully and fairly.
A negative message which is insincere could be irritating, maddening and frustrating to the receiver. So, the message should not lead the reader to trust or believe.
Answer:
guides investment activities to maximize after-tax returns over the long term for an acceptable level of risk
Explanation:
Given that the purpose of Tax planning is to ensure that there is tax efficiency for the firm, in an after-tax evaluation, the goal of the firm in terms of returns or profits is toll achieved.
Hence, in this case, the correct answer to the question is that TAX PLANNING "guides investment activities to maximize after-tax returns over the long term for an acceptable level of risk."
Answer:
The variance is: $ 0.50 per direct labor hour.
Explanation:
Actual payroll = $117,000/6000h = $19.50 per hour
So, if we compare this value with the standard rate of pay ($20 per direct labor hour) The variance is: $20.00 - $ 19.50 = $0.50 per hour
