Answer:
The answer is c. $3,883.27
Explanation:
For the problem, we will be using the formula for calculating the Future Value of money, which is:

Where:
F - future value
P - Principal amount = ($100)
r - rate of growth in percent = (5% or 0.05)
n - number of years = (75)
We calculate thus:

= 


therefore the amount after 75 years will be $3,883.27
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
Answer: false
Explanation: Extrinsic motivation relates to actions motivated by incentives from the outside, such as wealth, popularity, promotions, and recognition. This form of motivation comes from the outside of the person, as contrasted to the internal motivation that comes from within the person.
Extrinsic motivation is commonly defined as the inclination to participate in activities to receive some kind of perceived outward benefit. It is worth noting that either physical or mental in essence can be these incentives. Thus, from the above we can conclude that the above statement is false.
Individual productivity in the workplace entails executing tasks that advance you toward achieving your objectives in a timely manner and contribute to your work-life balance and simplicity. You divide the average production for a given period by the expenses incurred or the resources, such as staff, used during that period to determine productivity.
Being able to create, especially quickly and with excellent quality, is a sign of productivity. Making excellent school tasks in a short amount of time is an example of productivity. How quickly toys can be produced in a toy factory is an illustration of productivity.
To learn more on individual productivity
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Answer: The response options are wrong, those that correspond according to what I found on the internet are:
All of the following are necessary to calculate the total purchase price for a Municipal bond traded on a yield basis in the secondary market EXCEPT:
A. Coupon rate
B. Yield to Maturity
C. Dated date
D. Trade date
<u>The correct answer is "C. Dated date".</u>
<u>Option "C" is correct because to calculate the price of a bond it is not necessary the day of issuance of the bond, is enough with its YIELD TO MATURITY, RATE CUPON AND YEARS TO MATURITY.</u>