Answer:
$0.20
Explanation:
For computing the change in future price, first we have to determine the loss which is shown below:
Loss = Initial Margin - Maintenance Margin
= $4,000 - $3,000
= $1,000
Now the change in future price would be
= Loss ÷ size of the contract
= $1,000 ÷ 5,000 ounces
= $0.20
The future price is increased by $0.20
And, if the margin call is not meet than the broker will stop at best price so that he cannot suffer more loss
Answer:
b. 75,000 units
Explanation:
Fixed cost = $360,000
Target net income = $90,000
Selling price per unit = $30
Unit variable cost = $24
The computation of net income is shown below :-
= (Fixed expenses + target profit) ÷ (Contribution margin per unit)
where,
Contribution margin per unit = Selling price per unit - Variable expense per unit
= $30 - $24
= $6
So, the net income is
= ($360,000 + $90,000) ÷ ($6)
= ($450,000) ÷ ($6)
= 75,000 units
The product life cycle (PLC) has 5 stages: product development stage, introduction stage, growth stage, maturity stage and decline stage.<span>
The strategy that includes shifting some advertising from building product awareness to building product conviction and purchase is part of the growth stage of the product life cycle. I</span><span>f the new product satisfies the market, it enters this growth stage. In the growth stage the sales will start climbing quickly.</span>
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Suppose GetThere Airlines increases their ticket price to $200+10n = 10(20+n)$ dollars. Then the number of tickets they sell is $40,000-1000n = 1000(40-n)$ .<span> Therefore, their total revenue is
</span>
$$10(20+n)\cdot 1000(40-n) = 10000(20+n)(40-n) = 10000(800+20n-n^2).$$
This is maximized when $n=-\left(\frac{20}{2\cdot(-1)}\right)=10$ .<span> Therefore, they should charge </span><span>$200+10\cdot 10 = \boxed{300}$</span><span> dollars per ticket.</span>
