Answer:
$4,900
Explanation:
Given that,
Total cost at a production level of 400 units = $8,500
Each unit of pulp requires = 6 direct labor hours
Variable cost = $1.50 per direct labor hour
Total variable cost:
= Cost per direct labor hour × Direct labor hours required for each unit × No. of units produced
= $1.50 × 6 × 400
= $3,600
Total cost is sum total of total fixed cost and total variable cost.
Total cost = Total fixed cost + Total variable cost
$8,500 = Total fixed cost + $3,600
$8,500 - $3,600 = Total fixed cost
$4,900 = Total fixed cost
Answer:
you have to pay because it's a trade instead of for an example trading a coat for a meal you would give pay money to get the object.
Explanation:
Hope this helps:)
Answer:
The expected return on a portfolio is 14.30%
Explanation:
CAPM : It is used to described the risk of various types of securities which is invested to get a better return. Mainly it is deals in financial assets.
For computing the expected rate of return of a portfolio , the following formula is used which is shown below:
Under the Capital Asset Pricing Model, The expected rate of return is equals to
= Risk free rate + Beta × (Market portfolio risk of return - risk free rate)
= 8% + 0.7 × (17% - 8%)
= 8% + 0.7 × 9%
= 8% + 6.3%
= 14.30%
The risk free rate is also known as zero beta portfolio so we use the value in risk free rate also.
Hence, the expected return on a portfolio is 14.30%
Answer:
Inelastic demand, Amputation procedure
Explanation:
The good with no close substitute is likely to experience inelastic demand because the consumer does not any close substitute to change to, this means that even when price is increased, the consumer is not likely to stop buying if the good is a necessary good.
The Amputation procedure will have least elastic demand because the diabetes sufferer does not have close substitute to change to when price increase while Diamond necklace is a luxury good, when the price is increased the consumer stop buying or switch to other luxury goods such as gold, silver that are equally used for decoration purposes.
Answer:
Explanation:
I will split this answer into two options...
Fiber Optic communications work by sending data through beams of light through a series of fiber cables. This allows for data transfer at incredibly high speeds and with an almost non-existent probability of data loss. Since cables need to be connected from one end-point to another this form of communication becomes more expensive and the capability of reconfiguration becomes incredibly difficult. The likelihood of failure is also very low due to the nature of the technology.
Satellite communication sends data wirelessly by beaming the data to satellites and then back down to the destination. This allows for data to be transferred worldwide but runs into the risk of interference, data loss, signal loss etc. Costs are much cheaper than Fiber Optics due to the lack of wiring. Multipoint capabilities are high since endpoints can be placed anywhere with a clear line of sight to the sky, which also means that reconfiguration capabilities are high as well.
