Project size is an important consideration in technical feasibility. Larger projects create more risk, both because they are more complicated to manage and because there is a greater chance that some important system requirements will be overlooked or misunderstood.A. True
B. False

Answers

Answer 1
Answer:

Answer:

TRUE

Explanation:

Project size is very paramount when preparing a feasibility report. Feasibility report helps in understanding the cost and also the probable revenue to he gotten in the business. With stating the project size in the report, you'd be able to know if you have the needed resources to complete the required project size. Larger projects are also more complicated because of the numerous requirements needed as compared with smaller projects. Feasibility report helps account for the requirements and complexity so that nothing is missed during the preparatory stage.


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You supply a good at a price of $5. You also earn a profit at this price. This means that your marginal cost could be _____.

- Strategic planning as a broad concept consists of A) Corporate strategy and business strategy
B) Strategy formulation and strategy implementation
C) Inputs and outputs
D) Environmental analysis and internal analysis

Answers

B) Strategy formulation and strategy implementation.


It summarizes the process through which companies and organizations sets a list of goals, evaluate strategies, select strategies and implement them for evaluation.

You plan to number each account in your chart of accounts you want to have major categories and two levels of sub categories each level of category will be represented by a digit you want to have a room in your numbering for at least 10 accounts within the lowest level of subcategories how many digits do you need in your account numbers

Answers

Answer:

umm then u will have 5 account left

An individual can reduce the amount of risk associated with an investment program by using:a. an investment timer.
b. asset allocation.
c. a portfolio picker.
d. a personal investment notebook.

Answers

An individual can reduce the amount of risk associated with an investment program by using asset allocation. 

Answer: b. asset allocation.

Explanation: Asset allocation is the process of deciding where to put money to work in the market. It aims to balance risk and reward by apportioning a portfolio's assets according to an individual's goals, risk tolerance, and investment horizon.

PLEASE MARK ME AS BRAINLIEST IF MY ANSWER IS HELPFUL thank you

Why do governments use tax money to supply public goods and services, instead of selling them to those people who use them?

Answers

Public goods and services are just that: public--meaning they belong to all citizens. If the government were to sell these services only to those who needed them, only the relatively rich would benefit.

Answer:

There are two main reasons why governments use tax money to supply public goods and services:

  1. They benefit large numbers of people.
  2. If the government didn't intervene, maybe no private company would be able to provide them.

Imagine national infrastructure on private hands. Who has enough money to build all the highways, roads, bridges, etc., that millions of people use everyday around the whole country? Infrastructure projects cost trillions of tax dollars every year, and only the government entities (local, state and federal) can afford them.

The same applies for public schools, parks, the police, the army, etc.

1. Mixed economies have aspects of both a. demand and traditional economies.
b. command and market economies.
c. market and traditional economies.
d. command and demand economies.
2. Most countries of the world today have a
a. market economy.
b. traditional economy.
c. mixed economy.
d. command economy.
3. Inflation indicates that
a. unemployment is falling.
b. unemployment is rising.
c. the Consumer Price Index is falling.
d. the Consumer Price Index is rising.
3. An indicator of steady economic growth is a
a. zero inflation rate.
b. negativ

Answers

1) Mixed economies are a mix of Command (regulated by the government) and free (Market) economy - the answer is b)
2)Today most countries have a mixed economy, there are few (such as North Korea) which have a command economy, but none have a true free market (for example drugs are regulated)
3)Inflation means that one needs more money to buy the same goods - this is measured by a rising Consumer Prize index (answer d)
4) this indicator would be a steady, but low inflation - but inflation is bad for the economy but lack of inflation is not really stable

A local store estimates its typical customer's inverse demand is P=6.07−2.1Q, and it knows the marginal cost of each rental is $0.64. How much will they sell to each customer it engages in optimal two-part pricing? (use decimals) Answer:

Answers

To find the optimal quantity to sell to each customer in a two-part pricing strategy, we need to calculate the quantity at which marginal cost equals the marginal revenue. In this case, the marginal cost is given as $0.64 and the inverse demand equation is \(P = 6.07 - 2.1Q\).

Marginal cost (\(MC\)) equals marginal revenue (\(MR\)) when the quantity (\(Q\)) sold to each customer is such that \(MC = MR\).

Given that \(MC = 0.64\), we need to solve for \(Q\) when \(MR = P\):

\[MR = P\]
\[MR = 6.07 - 2.1Q\]

Set \(MC\) equal to \(MR\):

\[0.64 = 6.07 - 2.1Q\]

Now, solve for \(Q\):

\[2.1Q = 6.07 - 0.64\]
\[Q = \frac{6.07 - 0.64}{2.1}\]

Calculate the value of \(Q\) to find the optimal quantity to sell to each customer:

\[Q \approx 2.559\]

So, the store will sell approximately 2.559 units to each customer in optimal two-part pricing.

Final answer:

The store will sell approximately 2.586 units to each customer it engages in optimal two-part pricing.

Explanation:

To determine the optimal quantity to sell to each customer using two-part pricing, we need to maximize the store's profit. The profit can be calculated as the difference between the total revenue and the total cost.

The total revenue is given by the product of the price (P) and the quantity sold (Q):

Total Revenue = P * Q

The total cost is the sum of the fixed cost (the fixed fee) and the variable cost (the variable fee based on the quantity sold). In this case, the fixed cost is not given, so we can assume it to be zero.

The variable cost is the product of the marginal cost per rental and the quantity sold:

Variable Cost = Marginal Cost * Q

To maximize profit, we need to find the quantity that maximizes the difference between total revenue and total cost.

Let's differentiate the profit function with respect to Q and set it equal to zero to find the critical point:

d(Profit)/dQ = d(Total Revenue)/dQ - d(Total Cost)/dQ = 0

Since the fixed cost is assumed to be zero, the derivative of the total cost with respect to Q is equal to the derivative of the variable cost with respect to Q, which is the marginal cost:

d(Total Cost)/dQ = Marginal Cost

Now, let's differentiate the total revenue function with respect to Q:

d(Total Revenue)/dQ = d(P * Q)/dQ = P

Setting the derivative of profit equal to zero:

P - Marginal Cost = 0

Substituting the given values:

6.07 - 2.1Q - 0.64 = 0

Simplifying the equation:

5.43 - 2.1Q = 0

Subtracting 5.43 from both sides:

-2.1Q = -5.43

Dividing both sides by -2.1:

Q = 2.586

Therefore, the optimal quantity to sell to each customer using optimal two-part pricing is approximately 2.586.

Learn more about optimal two-part pricing here:

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