A lot of things can affect your monthly payments, but here are a few major ones. The amount you decide to put down as a down payment, your interest rate, t<span>he length of the loan you choose to take and t</span><span>he amount of the home you decide to purchase. </span>
Whatever you give me is fine
Answer:
The correct answer is the option B: Trust Indenture Act.
Explanation:
To begin with, the name of <em>"Trust Indenture Act of 1939"</em> or TIA refers to the an american law that specifically supplements the Securities Act of 1933 and whose purpose is basically put more safety in the cases where debt securities are distributed in the United States. It does it by requiring the appointment of a suitably and totally independent trustee who is qualified and has the only job to act for the benefit of the holders of those securities, that could be bonds, debentures or others. In addition, this act is managed obviously by the same agent as the other one, the Securities and Exchange Commission
Answer:
Profit Maximisation
Explanation:
Profit is the difference between total revenue (receipts) from sale & total cost (expenditure) on production.
Total Revenue = Price x Quantity ; Total Cost = Average Cost x Quantity
Economists study all the producer behaviour, based on assumption that : Goal of firm is Profit Maximisation.
Maximising Profit implies maximising the difference between Total Revenue & Total Cost [ TR - TC] . This further leads to producer equilibrium rule of Marginal Revenue = Marginal Cost [MR = MC] ; i.e additional revenue per unit sold equals additional cost per unit production.
Answer:
The correct answer is option (C).
Explanation:
According to the scenario, the given data are as follows:
Stock M = $18,200
Expected Return on Stock M = 10.40%
Stock N = $30,900
Expected return on Stock N = 14.30%
So, we can calculate the expected return on portfolio by using the following formula:
Expected return = Respective return (Stock M) × Respective weights (stock M) + Respective return (Stock N) × Respective weights (stock N)
Here, Total investment= ($18,200 + $30,900) = $49,100
So, by putting the value
Expected Return = (18200/49100 × 10.4) + (30900/49100 × 14.30)
= 12.85% (Approx).
Hence, the expected return on the portfolio is 12.85%.
