Answer:
The price of a Dinner= $6.22
Explanation:
<em>Mark-up is the proportion of the product cost which is expected to be made as profit. In other words, it is profit expressed as a percentage of product cost.</em>
To account for the spoilage rate of 10%, $3.50 unit cost would be consider as 90% of the cost. Thus, 100% of the cost would be given as follows:
Dinner cost = 100/(100-10)× 3.50= 3.89
The price of a Dinner = product cost + 60% of product cost
The price of a Dinner = 3.89 + 60%*3.89= $6.22
The price of a Dinner= $6.22
Answer and Explanation:
An increase in the number of firms increases the demand elasticity. As the demand elasticity increases from 2 to 3 it means you could encounter less demand if product prices are increased. At a demand elasticity of -3, it is regarded as inelastic demand and a change in price will not affect the demand for the product as customers are still likely to patronize the product example gasoline. Due to its high demand, an increase in price will not readily affect the demand for it. Therefore if you are to change the price from $10 at 2 to 3 demand elasticity increase, the percentage of increase from 2 to 3 is given as.
3-2/2 X 100 = 50%
The new charge (x) at -3 demand elasticity = 50%/3 = 0.66666666
The increase in the new charge is therefore $10 + $10x = $10 + $10(0.166666) = $11.67
Answer:
The price of the stock today will be $66.19
Explanation:
To calculate the price of a stock whose dividends will grow at a constant rate forever is calculated using the constant growth model of dividend discount model approach. To calculate the price of the stock today using this model, we use the following formula,
P0 = D1 / r - g
We will first calculate the price of the stock at t=8 using D9 because we use the next period's dividend to calculate the price of a stock. We will then discount back the price at t=8 to today's price.
P8 = 14.25 * (1+0.06) / (0.14 - 0.06)
P8 = $188.8125
The price of the stock today will be,
P0 = 188.8125 / (1+0.14)^8
P0 = $66.189 rounded off to $66.19
Answer: Positive.
Explanation:
Suppose there are two related goods, i.e, Good A and Good B.
Cross price elasticity of demand refers to the responsiveness of demand for Good A if there is a change in the price of its related good, i.e, Good B.
Now, we are talking about gasoline and public transportation, suppose if there is increase in the price of gasoline then it will be costlier for the people to drive their own cars, as a result demand for public transportation increases.
There is a positive relationship between the gasoline and public transportation.
Hence, cross-price elasticity of demand between gasoline and public transportation is Positive.
Answer:
4,838,400
Explanation:
Assume there are already Two sets of machine working.
In the first set, there is 5 machine Operates and in another set, There are 8 machines (13-5) operates.
So Total Production sequence = First sets all combinations x Second sets all combination
= 5! x 8!
= ( 5 x 4 x 3 x 2 x 1 ) x ( 8 x 7 x 6 x 5 x 4 x 3 x 2 x 1 )
= 120 x 40,320
= 4,838,400
So , total number of machine combination is 4,838,400.
