Answer:
a) True
Explanation:
Sales = Opening + Production - Closing
$200,000 = $22,000 + Production - $24,000
Production = 202,000 Units
Hence, the answer is a. True
Answer:
Present value deposit today = 216,886 (Approx)
Explanation:
Given:
Number of year (n) = 16 years x 4 quarter = 64
Rate of interest (r) = 1.6% = 0.016 / 4 = 0.004
Future value = $280,000
Present value = ?
Computation of present value deposit today:

Present value deposit today = 216,886 (Approx)
Based on the information given for Server Company, the machine will be valued a<u>t $42,000 </u>and the machinery account will be credited.
<h3>What would be the value of the machine?</h3>
The machine was sold on January 1, 20X9 and at that point, the accumulated depreciation was $28,000.
The value of the machine was therefore:
= Cost of machine - Accumulated depreciation
= 70,000 - 28,000
= $42,000
Find out more on accumulated depreciation at brainly.com/question/1287985.
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Answer:
Explanation:
The journal entries are shown below:
1. Petty cash A/c $1,100
To Cash A/c $1, 100
(Being the petty cash fund is established)
2. Office supplies A/c Dr $614
Miscellaneous selling expense A/c Dr $200
Miscellaneous administrative expense A/c Dr $145
Cash short and over A/c $26
To Petty cash A/c $985
(Being the expenses are recorded)
The Cash short and over is computed below:
= $1,100 - $115- $614 - $200 - $145
= $26
Answer: (b) -3.08
Explanation:
The relationship between the demand(q), price per unit product(p) and the disposable income,yd is given by the expression below;
q= 20ln(7yd-2p).
From the expression above, the marginal demand,
∂ q/∂ p is the differential of the equation of relationship between the demand, price and disposable income.
This involves considering the demand,q as the dependent variable and the price per unit product,p as the independent variable and the disposable income,yd is considered constant.
Therefore ,
∂ q/∂ p= (-40)÷(7yd-2p)
By substitution of
yd =$3000÷1000= $3
and p= $4
∂ q/∂ p= (-40)÷((7×$3)-(2×$4))
∂ q/∂ p= -40÷13= 3.08
Please see the attachment for knowledge on how ∂ q/∂ p was obtained.