1000 hours are required for one dollar's worth of energy to be conducted through the wall.
<h3>
What is electricity?</h3>
- A type of energy produced by charged particles (such electrons or protons), either statically as a buildup of charge or dynamically as a current.
<h3>What is heat?</h3>
- Heat is the result of the movement of kinetic energy within a material or an item, or from an energy source to a material or an object.
- Radiation, conduction, and convection are the three mechanisms through which such energy can be transferred.
<h3>Solution -</h3>
Assuming your heat loss is correct, and that costs you 0.10 cents.
That will cost you a dollar's worth of electricity in 100/0.10 = 1000 hours.
Therefore, 1000 hours are required for one dollar's worth of energy to be conducted through the wall.
Know more about kinetic energy here:
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Answer:
The correct answer is letter "B": Project's expected cash flows.
Explanation:
Capital budgeting is a planning method used by businesses to decide which new projects to invest in and how to fund them. The types of projects evaluated in capital budgeting include large expenditures such as the <em>construction of a new factory, the acquisition of new equipment, the development of a new product </em>or <em>the purchasing of another company</em>.
<em>In the beginning, it is crucial to </em>estimate the firm's cash flows<em> to determine how much funds will be available for investing and covering expenses. If insufficient, the company must look for forms of raising capital such as issuing investment vehicles such as stock or bonds or relying on financial institutions through loans.</em>
Answer: $1,000
Explanation:
Given Data;
Total government demand is Q = 800 -10P
marginal cost (Mc) = $50
contracted price (cp) = $70 per unit
Therefore;
Marginal Revenue ( MR ) = Marginal Cost ( MC)
Q = 800 -10P
800 - Q = 10P
Divide through by 10, where Q = 1
800/10 - 1/10 = P
80 - 0.1Q = P
Total Revenue(TR) = PQ
TR = 80 - 0.1Q
MR = MC
where MC = $50
80 - 0.1Q = 50
Collecting like terms
80 - 50 = 0.1Q
30 = 0.1 Q
Divide both side by 0.1
Q = 300
Price would be
P = 80 - 0.1Q
P = 80 - 0.1(300)
P = $50
MC = 40
Producing Q units
Total Cost (TC ) = 40 * ( 300 )
= $12,000
Total profit
= TR - TC
= ( P * Q ) - $12,000
= ( $50 * 300 ) - $12,000
= $15,000 - $12,000
= $3,000
Changes caused by regulations
Contracted price = $70
Quantity = 100Units
TT’ = ( P * Q ) - TC
= ( 70 * 100 ) - ( 50 * 100 )
= $7,000 - $5,000
= $2,000
TT - TT’ = $ ( 3000 - 2000 )
= $1,000
If legislation is passed all profit would reduce by $1,000
Answer:
The total cost to be accounted for under the weighted-average method would be $184,000
Explanation:
Given information ,
Beginning work in process inventory = $22,000
Ending work in process inventory = $27,000.
The cost of units transferred out from the department = $157,000
Under weighted average method, the beginning Work in process inventory is not considered. So, the total cost would be displayed below.
Total cost = The cost of units transferred out from the department + Ending work in process inventory
= $157,000 + $27,000
= $184,000
Thus, the total cost to be accounted for under the weighted-average method would be $184,000
Well, you couldn't use the coupon because its only for that one specific movie you were gonna see and since its at the same time as the new release, you couldn't reuse the coupon. If you do go with your friend, Its $10 a person. If you're paying for both of you, it would be $20. If you are paying for yourself, its just $10. If your friend has a coupon like you had (but for the new release and same time) then it would be $17 total if you paid for both tickets. Hope this helps :)
