Answer:
The answer is B.
Explanation:
The simple circular flow model is also known as two-sector circular flow of income model and the the two sectors are firms and households. There is no government sector or foreign sector.
It assumes that households spend all their income on goods and services produced by firms while the firms spend their income on factors of production (labor, land etc.) which are owned by households.
Therefore, total income received by households will be equal to the dollar value of all goods and services produced.
Answer:
<em>Net operating income = $1,875</em>
Explanation:
<em>The operating leverage is the ratio of Contribution to Net Operating Income. It is used to analyse the cost structure of a business to determine how much of its total cost is fixed.</em>
It is computed as follows:
<em>Operating leverage = Contribution/Net operating income</em>
Contribution = Contribution margin × Sales revenue
= 15% × $150,000
= $22,500
Substitute this into the operating leverage equation
12 = 22,500/ y
y = 22,500/12
y = 1,875
<em>Net operating income = $1,875</em>
Answer:
A LOT of careers need math to operate them
Explanation:
Hope this helps
Answer:
The amount is $4,000 and Brain character reflects the capital gain.
Explanation:
Partnership: In partnership, there are two or more partners who are ready to share the profit or losses in their profit-loss sharing ratio.
The computation is shown below:
= Brain's basis - the inside basis
= $16,000 - ($20,000 - $8,000)
Since the brain basis show excess amount than inside basis which reflects the capital gain
.
The inside basis is not relevant in the computation part. Hence, it is ignored.
In a truth table, the expression true and true is false. A truth table is a mathematical table thar is used in logic. It is specifically connected with Boolean algebra, boolean functions, and propositional calculu. That arrange the functional values of logical expressions on each of their functional arguments. The meaning is that for each combination of values taken by their logical variables. Particularly, it can be used to demonstrate whether a propositional expression is true for all legitimate input values, that is, logically valid.
