Answer:
$5572500
Explanation:
consolidated cost of goods sold for 2020 would be:
consolidated cost of goods sold = ( total of goods sold by bought company ) - ( intra-entity transfer ) + ( ending unrealized gross profit ) - ( beginning unrealized gross profit )
= ( 5400000 + 1200000 ) - ( 1000000 )+(1000000*20%)*20% - {(650000*15%)*(450000/650000)}
= 6600000 - 1040000 - ( 97500 * 45/65 )
= $5572500
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The most common source of business system failure is : B ) data quality
-Hope this helps.</span>
Answer:
Yes, it does.
Explanation:
It definitely impacts the present value analysis. If we are evaluating two proposals and we ignore the useful lives of the investments, then
- The present values of the investment proposals will be inaccurate.
- The cash flows might be inaccurate.
- The discount factor to be used will also be inaccurate.
- The overall results will be misleading.
- The tax credits and balancing allowances and charges will also be inaccurate.
The researchers will do the following next in order to better understand the genes they identified :-
-Identify shared 5' regulatory elements in gene groups and generate reporters using the elements
-Group genes in which both experimental conditions produce the same type of response
-Group genes that increase in one experimental condition and decrease in the other condition
The gene is taken into consideration the fundamental unit of inheritance. Genes are surpassed from dad and mom to offspring and incorporate the records needed to specify bodily and organic traits. most genes code for specific proteins, or segments of proteins, which have differing capabilities within the body.
In biology, the word gene may have several exceptional meanings. The Mendelian gene is a simple unit of heredity and the molecular gene is a sequence of nucleotides in DNA this is transcribed to supply a useful RNA. There are styles of molecular genes: protein-coding genes and noncoding genes.
Learn more about gene here : brainly.com/question/1480756
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Answer:
Statistical quality control
Explanation:
Statistical quality control is the process managers use to continually monitor all phases of the production process to ensure that quality is being built into the product from the beginning and that quality is not being inspected into the product at the end of the production process.
