<u>The </u><u>separation </u><u>of a </u><u>manufacturing process</u><u> into distinct tasks and the assignment of different tasks to different individuals is called </u><u>specialization</u><u>.</u>
What is the separation of a manufacturing process?
- The number one production thing of the chemical system industries is separation processes (CPI).
- These crucial responsibilities encompass doing away with impurities from uncooked materials, improving and purifying number one products, and casting off impurities from effluent water and air streams.
What is conditioning withinside the production system?
- A material's inner structure is altered in the course of conditioning processes, converting the material's houses.
- These tactics modify a material's hardness, corrosion resistance, strength, or different houses via the usage of heat, mechanical force, or chemical reaction.
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Answer:
The company's net income for the month was $27 comma 000
Explanation:
Net income = Total Sales - total expense
During the month of May,
Total Sales = credit sales + cash sales = $35,000 + $25,000 = $60,000
The company paid wages of $ 24 comma 000, the wages expense was $ 24 comma 000.
The company paid utilities of $ 9 comma 000, the utilities expense was $ 9 comma 000
Total expense = wages expense + utilities expense = $24,000 + $9,000 = $33,000
The payment that the company received from its customer was not the sales or expense. It made increase cash and reduce account receivable.
Net income = $60,000 - $33,000 = $27,000
Answer:
≈ 9644 quantity of card
Explanation:
given data:
n = 4 regions/areas
mean demand = 2300
standard deviation = 200
cost of card (c) = $0.5
selling price (p) = $3.75
salvage value of card ( v ) = $ 0
The optimal production quantity for the card can be calculated using this formula below
= <em>u</em> + z (0.8667 ) * б
= 9200 + 1.110926 * 400
≈ 9644 quantity of card
First we have to find <em>u</em>
u = n * mean demand
= 4 * 2300 = 9200
next we find the value of Z
Z = (
)
= ( 3.75 - 0.5 ) / 3.75 = 0.8667
Z( 0.8667 ) = 1.110926 ( using excel formula : NORMSINV (0.8667 )
next we find б
б = 200
= 400
Answer:
1969.6%
Explanation:
The computation of the effective annual rate is given below;
Given that
It is been charged $12 for $200 loan for 7 days
So for 7 days,
the nominal interest rate is is
= 12 ÷ 200 × 100
= 6%
Now
(1+r) = (1+0.06)^{52}
(1+r) = 20.696
r = 19.696
= 1969.6%
Answer:
Explanation:
The journal entries are shown below:
On Jan 1 - Cash A/c Dr $5,000,000
To Bonds Payable A/c $5,000,000,
(Being bond is issued)
On June 30 - Interest expense A/c Dr $150,000
To Cash A/c $150,000
(Being interest paid for cash)
On December 31, Bonds Payable A/c Dr $5,000,000
To Cash A/c $5,000,000
(Being payment of principal is recorded on the maturity date)