When faced with the option of beginning a new venture you should always select the time that results in the highest NPV.
The important thing assumption we ought to make in entrepreneurship is the idea that the handiest way to do matters right is to do them yourself. because of this, we need to take dangers and also need confidence in our talent set so we can produce satisfactory work while at the same time maintaining a tremendous mindset.
Someone who undertakes the chance of starting a new enterprise task is referred to as an entrepreneur. An entrepreneur creates a firm to realize their idea, called entrepreneurship, which aggregates capital and labor on the way to produce goods or services for profit. Entrepreneurship is the willingness and potential to establish, organize and control a business and take economic dangers to make earnings. An Entrepreneur is an innovator who brings in new ideas to create a hit business assignment.
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Answer:
found out his boss was ordering the selections of document and reporting it was the right thing to do
Answer:
Explanation:
The adjusting entry for interest expense is shown below:
Interest expense A/c Dr $1,134
To interest payable $1,134
(Being interest expense is adjusted)
The interest expense is computed by
= Note payable amount × interest rate × (number of months in a year ÷ total number of months in a year)
= $75,600 × 9% × (2 months ÷ 12 months)
= $1,134
The two months is computed from the November 1 to December 31
This problem is actually under the subject of Mathematics, particularly, Algebra. For work problems, you can use a convenient technique of dimensional analysis. This is done by multiplying units of measurement, then cancelling out like terms in order to come up with the units of the final answer. For this problem, the total amount of liters is 2,100. So, the equation would be
Volume of Kelly's family + Volume of Stewart's family = 2,100
However, we are only given the rates for each family in liters per hour. To come up with the final answer with a unit of measurement in Liters, we must multiple the rate of L/hour with the individual time. Let x be the time Kelly's sprinkler was used, and y for Stewart's family.
(20 L/h)(x hours) + (40 L/h)(y hours) = 2,100
This is the first equation. The second equation is the total time.
x + y = 65 hours
Rearranging the equation, y = 65 - x. Let's substitute this to the first equation.
20x + 40(65-x) = 2,100
Solving for x, then substituting it to the second equation to obtain y,
x = 25 hours
25 + y = 65
y = 40 hours.
Thus, Kelly's sprinkler was used for 25 hours, while Stewart's sprinkler was used for 40 hours.
Answer:
fixed position layout
Explanation:
According to my research on different manufacturing techniques, I can say that based on the information provided within the question the best type of layout for this scenario would be a fixed position layout. This is a layout in which all the personnel, supplies, and equipment are transported to the location of where the product will be created or assembled. This is done in many situations where the product is too big and will cause more trouble by transporting it to it's destination intact, as is the case in this scenario.
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