All categories

3 years ago

Why do you think it is important for those who manage operations functions to understand project management techniques?.

Business

1 answer:

fomenos3 years ago

5 0

Answer:

The Operations function is an intricate part of the project pursued by the company. They help to identify the location of the facility, help to determine the material which needs to be procured as well as help in setting up the new process if any related to project. The knowledge of Project management technique helps the people in Operations function to deploy the tools and systems to better support the project need. Example: The use of Microsoft Project can help to plot the different activities and determine the critical path along with activities

Explanation:

It helps to ensure that project is carried out as per priority so that there is no delay. The other techniques like Scrum, Agile etc. are also important to inculcate flexibility and adaptability within team members. So, in all, the knowledge of Project management is very critical for the Operations function.

You might be interested in

The predetermined manufacturing overhead rate for 2020 was $4.00 per direct labor hour; employees were paid $5.00 per hour.

erik [133]

Read the excerpt from Queen Elizabeth's Address to the Troops at Tilbury.

I know I have the body but of a weak and feeble woman; but I have the heart and stomach of a king, and of a king of England too, and think foul scorn that Parma or Spain, or any prince of Europe, should dare to invade the borders of my realm; to which, rather than any dishonour shall grow by me, I myself will take up arms, I myself will be your general, judge, and rewarder of every one of your virtues in the field.

In this excerpt, Queen Elizabeth is attempting to persuade troops that she

dislikes most European countries.
has the qualities of a capable leader.
is physically able to fight as a soldier.
will make a fair and virtuous judge.

5 0

3 years ago

In eight years, when he is discharged from the Air Force, Steve wants to buy a $30,000 power boat. Click here to view Exhibit 12

IceJOKER [234]

Answer:

The correct answer is:

(1) $15,054

(2) $12,990

Explanation:

The required table is not given in the question. Please find below the attachment of the table.

Given:

Future value,

= $30,000

If discounting rate is 9%, the present value will be:

= $Future \ value\times PV \ factor(9 \ percent, 8 \ years)$

= $30000\times (\frac{1}{1.09} )^8$

= $30000\times 0.5018$

= $15,054$ ($)

If discounting rate is 11%, the present value will be:

= $Future \ value\times PV \ factor(11 \ percent, 8 \ years)$

= $30000\times (\frac{1}{1.11} )^6$

= $30000\times 0.433$

= $12,990$ ($)

8 0

3 years ago

Lisa Richter deposited $5,000 at 4% compounded semiannually for three years. At the beginning of the fourth year, Lisa deposited

Contact [7]

Answer:

Answer is option (d) $8,424

Explanation:

The total amount Lisa Richter will receive after the end of the first 3 years can be expressed using the formula for calculating the total amount after 3 years with interest compounded semiannually is as follows;

A = P (1 + r/n)^(nt)

where;

A = the future value of the initial investment

P = initial investment amount/principal amount

r = the annual interest rate

n = the number of times that interest is compounded per unit t

t = the time the money is invested for

In our case;

P=$5,000

r=4/100=0.04

n=interest is compounded semiannually which is twice a year=2

t=3 years

Replacing values in the formula;

A=5,000(1+0.04/2)^(2×3)

A=5,000(1+0.02)^6

A=5,000(1.02)^6

A=$5,630.81

Total amount after the end of the first 3 years=$5,630.81

To calculate the total principal amount for the fourth year;

Total principal amount=Total amount after 3 years+Amount deposited at the beginning of the fourth year

where;

Total amount after 3 years=$5,630.81

Amount deposited at the beginning of the fourth year=$2500

replacing;

Total principal amount=(5,630.81+2500)=8,130.81

Using the formula;

A = P (1 + r/n)^(nt)

P=$8,130.81

r=4/100=0.04

n=compounded semiannually=2

t=1 year

replacing;

A=8,130.81(1+0.04/2)^(2×1)

A=8,130.81(1.02)^2

A=8,459.29

Option (d) $8,424 is closer to 8,459.29, take answer as (d) $8,424

7 0

3 years ago

Maritime Sail Makers manufactures sails for sailboats. The company has the capacity to produce 37 comma 000 sails per year and i

kirza4 [7]

Answer:

Increase in income= $550,000

Explanation:

Giving the following information:

Variable costs per unit:

Manufacturing $60

If a special pricing order is accepted for 5,500 sails at a sales price of $ 160 per unit

Because there is no change in the fixed costs and there are no variable selling and administrative costs, the effect on income will be equal to the change in total contribution margin.

Total contribution margin= number of units* (selling price - unitary variable cost

Total contribution margin change= 5,500* (160 - 60)= $550,000

Increase in income= $550,000

8 0

4 years ago

A publishing company has estimated the following cost probability distribution for the next year. What is the expected cost to t

Nitella [24]

Answer: $595

Explanation:

First find the probability of a $2,000 loss.

= 1 - other probabilities

= 1 - 0.6 - 0.05 - 0.13

= 0.22

Expected cost to the publishing company is a weighted average of the costs:

= (0 * 0.60) + (500 * 0.05) + (1,000 * 0.13) + (2,000 * 0.22)

= $595

3 0

3 years ago