Answer:
the scope statement; deliverables
Explanation:
"Decomposing" a project will ensure an efficient way of accomplishing the project's goal. Before doing this, it is important to know what "the scope statement" is and the "deliverables" (multiple tasks in the production).
"The scope statement" allows one to know what should be included in the decomposition. It also tells <em>when you are going to stop breaking down </em>and what tasks are to be included. Once you know this, it<em> becomes easier to decompose a projec</em>t with<u> one deliverable at a time.</u> The scope will also be further clarified.
So, this explains the answer.
Based on the various cost rates and hours for XYZ Company, the labor efficiency variance is $2,000 unfavorable
<h3>What is the labor efficiency variance?</h3>
This can be found as:
= (Actual hours x Standard rate) - (Standard hours x Standard rate)
Solving gives:
= 83,000 - 85,000
= $2,000 unfavorable
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<span>The success of the
glucose-averse cockroaches in their new environment depends on the future use
of glucose-baited poison in the apartment. If glucose-baited poison is not
used, it is likely that the resident cockroaches will outcompete the new cockroaches,
as the resident cockroaches will not exclude glucose-containing foods from
their diet. However, the use of glucose-containing poison in the apartment will
provide the new cockroaches a distinct selective advantage, as they will
survive to reproduce, whereas the majority of the resident cockroaches will
die.</span>
Answer:
B. a cartel
Explanation:
A cartel is a group of independent producers who collude to promote and protect their trade interests. Large producers in the same industry form cartels to manipulate supply and fix prices. Through the cartel, the large producers set prices that guarantee maximum profits for their members. The cartel eliminates price competition among the major producers in the industry.
Answer:
$205,000
Explanation:
With a pricing formula as stated below
y = 60 + 0.068x1 - 2.5x2
where x1 = total number of square feet of the living space
and x2 = the age of the house (years).
When the age of the home (x2) = 10 years, and the home has 2,500 square feet of living area (x1), the price of the home is
y = 60 + (0.068 * 2,500) - (2.5 * 10)
= 60 + 170 - 25
= 205
Since y is in ($1,000s) as given, the price of the home is $205,000.
