Answer:
b. complement goods
Explanation:
Complement goods -
These are the type of goods , that are related to each other in a certain manner , is referred to as complement goods.
These type of good are also referred to as paired goods or associated goods .
In case of complement goods , if a person buys first good , then he might require the second good too.
These goods can even alters the prices of each other .
For example ,
people buying a CD player , need to buy the corresponding CD too , and hence ,
CD player and CD are complement goods.
Hence , from the given scenario of the question,
The correct option is b. complement goods .
A complementary good is a good whose use is related to the use of an associated or paired good. Two goods (A and B) are complementary if using more of good A requires the use of more of good B.
Answer:
Six sigma quality is the result of a well-defined and structured process.
Explanation:
Six Sigma is a methodology to improve processes that helps to concentrate in avoiding the constant changes in them eliminating problems in products delivery and customer service, among others. A key point is that the client is really important and it is crucial that the processes fulfill the clients requirements.
Collaborative and co-operative approach among all the stake holders is important. This is a feature of the Dynamic system development method of agile methodology.
<h3>What is collaborative approach?</h3>
A collaborative learning approach can be described as one which involves the operation of the activities or tasks together within a group or organization so as to make sure that everyone participates.
It should be noted that Collaborative and co-operative approach among all the stake holders is important because it help them to work , hand in hand for the progress of the organization.
Find out more on the Dynamic system at brainly.com/question/16797306
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Answer:
x1.044 - x
Explanation:
The formula for calculating compound interest is as below
FV = PV × (1+r)^n
where FV = Future Value
PV = Present Value
r = annual interest rate
n = number of periods
How much would x dollars earn in 1 year at a rate of 4.4% compounded annually?
In this case, PV =X, r =4.4% and n=1
FV = x x ( 1+4.4/100)^1
Fv = x x( 1.044)^1
Fv = x1.044
x dollars will earn x1.044 - x
