Customer social style refers to the method customers use when interacting.
In terms of personality, communication style, behavior, mental processes, and decision-making methods, customers differ.
<h3>Who is a Customer ?</h3>
A person who purchases goods or services from a shop, eatery, or other retailer is referred to as a customer.
A customer is any person or organization that makes a purchase from another firm. Customers are essential to businesses because they provide revenue; without them, they could not run.
No matter what industry you are in or what kinds of goods and services you provide, your clients are the most important component of your organization. Without the customer, there are no sales. As a result, they are essential in developing your marketing strategy and messaging.
To learn more about Customer from the given link:
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1. Piecework
2. Salary
3. Hourly
4. Commission
Let
x = minutes used for jogging
y = minutes used for handball
z = minutes used for cycling
Th total time spent is 1 hour (60 minutes), therefore
x + y + z = 60
Because Mike jogs as long as he cycles, therefore
x = z
Therefore
2x + y = 60
or
y = 60 - 2x (1)
Jogging consumes 10 calories/min, handball consumes 9 calories/min and cycling consumes 12 calories/min.
The calories consumed in 60 minutes is 580, therefore
10 x + 9y + 12z = 580
Because x = z,
22x + 9y = 580 (2)
Substitute (1) into (2).
22x + 9(60 - 2x) = 580
22x + 540 - 18x = 580
4x = 40
x = 10
y = 60 - 2x = 40
z = x = 10
Answer:
10 minutes of jogging
40 minutes of handball
10 minutes of cycling.
Answer:
If the environment changes then the businesses will make products you need in that environment so consumers will buy more of that product because they need it. For example, if it's summer you need new summer clothes so companies will start to make summer clothes so people will buy them instead of winter or fall clothes because of the environment. So businesses are getting money and the consumers are getting what they need or want.
Answer:
$1,534.372
Explanation:
The computation of the expected level of the index in one year is shown below:
= Current index level × 1 + expected rate of return on the market - expected future value of the dividend paid over the next year
= $1,433 × (1 + 8.4%) - $19
= $1,553.372 - $19
= $1,534.372
We simply applied the above formula so that the expected level of the index in one year could come
