Answer:
140°F
Explanation:
140°F is ordinary temperature for eliminating microscopic organisms, yet it will likewise effect and truly burn individuals. In this regard, sherry knows about that, which is the reason she comprehend that she needs to hold back to consume it. High temperatures, 140°F or more, ought not be brought into normal private or business pipes that go to end client taps and showers etc.
Answer:
8,000 m²
Explanation:
you must first change the size of your lot from acres to square miles = 2.2 acres / 640 acres per square miles = 0.0034375 square miles
now we can convert to square kilometers = 0.0034375 miles x 2.56 square kilometers per square miles 0.0055 square kilometers
there are 1,000,000 m²´per km², so you have 0.0088 km² x 1,000,000 = 8,800 m²
The source of energy during the energy investment phase of Glycosis are two ATP molecules.
Explanation:
During the energy investment phase of glycolysis , the energy source comes from two ATP molecules which then results in the formation of the two molecules of glyceraldehyde phosphate.
The two molecules of glyceraldehyde phosphate are then used for the second process of glycosis in which energy is emanated and not invested.
Glycosis is the process that is characterized by the breakdown of enzymes into smaller molecules and constituent elements.
Answer:
The required rate of return is 7.20%
Explanation:
The price of a share that pays a particular dividend amount in perpetuity is given by the below formula:
price of share=dividend/required rate of return
price of share is $91.00 per share
dividend payable in perpetuity is $6.55
required rate of return is unknown
$91=$6.55/required rate of return
required rate of return =$6.55/$91
=7.20%
to confirm the required of return,I divided the by the required rate of return as shown below:
6.55/0.0.72=$90.97 .approximately $91
That is a way to validate the computed required rate of return
Option C
Direct labor hours ; Indirect labor is not an example of a cost and its related cost driver
<u>Explanation:</u>
A cost driver triggers a variation in the price of the activity. The idea is everywhere ordinarily employed to allocate aloft prices to the abundance of built assemblies. It can further be related to activity-based costing inquiry to ascertain the circumstances of expenses, which can be done to depreciate overhead prices.
In unusual accounting systems, cost drivers are practically inapplicable in determining the enrichment, Quantity of set-ups, Amount of machine-hours, Amount of labor hours, Abundance of orders bound and uttered.
