A product-process matrix can be used to address the fact that customers often participate in service processes.
This is FALSE.
A customer is a recipient of goods, services, products, or ideas obtained from a seller, vendor, or supplier through financial transactions or in exchange for money or other valuable consideration.
A customer is an individual or business that purchases goods or services from another business. Customers are important because they drive sales. Without them, companies cannot continue to exist.
The definition of customer is a person who purchases products or services at a store, restaurant, or another retail establishment. An example of a customer is someone who goes to an electronics store and buys a television. (informal) A person, especially a person, who interacts with others in some way.
Learn more about customer here:brainly.com/question/12831236
#SPJ4
The commercial farms have not offered assistance to the nearby subsistence farmers.
<h3>What is commercial farming?</h3>
Commercial farming is done to cultivate crops and cattle in order to gain money. Crops can be sold directly to consumers and businesses or processed into products like juices, jellies, pickles, and other foods.
Commercial agricultural practices: the raising of animals and food for market, frequently utilizing current technology.
Thus, The commercial farms have not offered assistance to the nearby subsistence farmers.
For more information about commercial farms, click here:
brainly.com/question/17392167
#SPJ1
both of the above are undermine the private sector.
Law of diminishing return has a positive relationship with marginal cost
Explanation:
The law of diminishing returns implies that marginal cost will rise as output increases. Eventually, rising marginal cost will lead to a rise in average total cost.
Use Newton's Second Law: Fnet = ma
where Fnet = total net force, m = mass of object, and a = acceleration of object.
You are given Fnet = 26N and m = 4.0kg. Plug them into the equation and solve for a:


The answer is 6.5 m/s^2