<span>a. the shortest possible time to complete an activity.
Crash Time is the shortest possible time it takes to complete a job or activity by expediting everything associated with the job or activity. It's a good example of the time/money trade off in that you can frequently decrease the time something takes by spending more money. So let's look at the choices and see why they're right or wrong.
a. The shortest possible time to complete an activity.
* This pretty much is the same as the definition, so it's the correct choice.
b. The time necessary to complete an activity under abnormal conditions.
* This answer raises the question "What's an abnormal condition?" Does everything go right and things go faster? Does everything go wrong and it's gonna take a long time? In my experience both extremes are "abnormal". So this is a wrong choice.
c. The difference between earliest start time and earliest finish time.
* This answer is lacking the idea of a job or task. Earliest start time of what? So it's a wrong choice.
d. The activity time associated with any management intervention.
* So a phone call from management would be crash time? The boss walking past to see how things are doing? This is a very open ended and ambiguous answer. So it's wrong.</span>
<span>Direct Subsidized loans is the answer </span>
<span>One composite commodity is produced.
</span><span>Output is regarded as net output after making allowance for the depreciation of capital.
</span><span>There are constant returns to scale. In other words, the production function is homogeneous of the first degree.
</span><span>The two factors of production, labor and capital, are paid according to their marginal physical productivities.
</span>
Answer: c. $19
Explanation:
Under the FINRA 5% Policy, a fair and reasonable mark-up or commission is based upon the current market price of the stock not how much the dealer bought it for or rather their cost. As such, when the customer buys, which was the case in this scenario, the mark-up is charged on the <em>inside ask price</em> which in this case is $19.
Were the customer to be selling, any mark-downs will be charged on the <em>inside bid price </em>which in this case is $18.
Answer:
the per unit cost is $10
Explanation:
The computation of the per unit cost is shown below:
As we know that
Per unit cost is
= Total cost ÷ number of units produced
= ($5,090 + $5,838 + $4,042) ÷ (1,497 units)
= ($14,970) ÷ (1,497 units)
= $10
hence, the per unit cost is $10
We simply applied the above formula so that the correct value could come
And, the same is to be considered
