Answer:
Cost-volume-profit analysis.
Explanation:
An important tool in predicting the volume of activity, the costs to be incurred, the sales to be made, and the profit to be earned is cost-volume-profit analysis. It is an important tool in accounting that is used to determine how changes in differing levels of activities such as costs and volume affect a company's operating financial statements, both income and net income. It is also an accounting concept known as the break even analysis.
In order to use this cost-volume-profit analysis, accountants usually make some assumptions and these are;
1. Sales price per unit product is kept constant.
2. Variable costs per unit product are kept constant.
3. Total fixed costs of production are kept constant.
4. All the units produced are sold.
5. The costs accrued are as a result of change in business activities.
6. A company selling more than a product should simply sell in the same mix.
Answer:
B) regenerative
Explanation:
A material requirements planning (MRP) system is used to merge several production activities into one single system that controls production and inventory. It's similar to ERP systems but it only focuses on the production area of a company. Using MRP systems enables production planning, scheduling, and control of production inputs (e.g. materials).
All MRP systems should be regularly updated in order to be efficient.
Answer:
Option D
To me, I think option D is the most preferred answer
Answer:
The boy: 8 years old
The sister: 11 years old
Explanation:
We assume that the age at present of the boy is x (years old).
As he is younger than his sister 3 years, so that his sister's present age is great than x 3 years
=> Her present age is: x + 3 (years old)
Two years ago, the boy is younger than present two years
=> The boy's age two years ago is: x - 2 (years old)
Similarly, the sister's age two years ago is: (x+3)-2 = x + 1 (years old)
As given, two years ago he was two-thirds of his sister's age, so that we have:
<em>The boy's age two years ago = </em>
<em> × the sister's age two years ago</em>
⇒ 
⇒ 
⇒ 
⇒ 
⇒ 
=> x + 3 = 8 + 3 = 11
So the present age of the boy is 8 years old, of the sister is 11 years old
