Being an entrepreneur can be very stressful and sometimes seem like you may not reach your goal. Optimism can calm you down to make the decision that is better over time rather than rushing into a bad decision that seems good.
Answer:
A. new plants and equipment purchased by a firm.
Explanation:
Option B is wrong because anything purchased by households cannot be the investment for a firm.
Option C is wrong because inventory is a current asset. Current assets cannot be an investment.
Option A is correct because if a company purchases any non-current assets like plant and equipment, its an investment for them.
Answer:
The answer is D.
Explanation:
Total earnings in 4 years
= 6000 + 3000 + 6000 - 2000
= $13,000
Ending retained earnings after 4 years
= $10,000
Total amount paid out as dividend in 4 years
= $13,000 - 10,000
= $3,000
Average amount of dividends paid per year
= $3,000/4
= $750
Forecasting is like Foreshadowing telling or predicting what may happen.
it could not be B Because you already have your budget because, without a budget you can not go forth with your plans.
C is not because, it is potential you should calculate it but, altogether is not in your revenue which is something that comes altogether but, this is just a part of the full revenue.
And D. This is something specific you cannot just pay attention to not just expenses but what you earn, what budget and etc.
Altogether leaving A because, you are gathering information and does not tell you what type but, financial which means 'all' activities of Financing and Planning will help with Revenue to protect it and, to get it to the point in which you want it to get to a goal or past a goal and etc.
Answer:
A) R(x) = 120x - 0.5x^2
B) P(x) = - 0.75x^2 + 120x - 2500
C) 80
D) 2300
E) 80
Explanation:
Given the following :
Price of suit 'x' :
p = 120 - 0.5x
Cost of producing 'x' suits :
C(x)=2500 + 0.25 x^2
A) calculate total revenue 'R(x)'
Total Revenue = price × total quantity sold, If total quantity sold = 'x'
R(x) = (120 - 0.5x) * x
R(x) = 120x - 0.5x^2
B) Total profit, 'p(x)'
Profit = Total revenue - Cost of production
P(x) = R(x) - C(x)
P(x) = (120x - 0.5x^2) - (2500 + 0.25x^2)
P(x) = 120x - 0.5x^2 - 2500 - 0.25x^2
P(x) = - 0.5x^2 - 0.25x^2 + 120x - 2500
P(x) = - 0.75x^2 + 120x - 2500
C) To maximize profit
Find the marginal profit 'p' (x)'
First derivative of p(x)
d/dx (p(x)) = - 2(0.75)x + 120
P'(x) = - 1.5x + 120
-1.5x + 120 = 0
-1.5x = - 120
x = 120 / 1.5
x = 80
D) maximum profit
P(x) = - 0.75x^2 + 120x - 2500
P(80) = - 0.75(80)^2 + 120(80) - 2500
= -0.75(6400) + 9600 - 2500
= -4800 + 9600 - 2500
= 2300
E) price per suit in other to maximize profit
P = 120 - 0.5x
P = 120 - 0.5(80)
P = 120 - 40
P = $80
