The theorist that is referred above is MAX WEBER. He is the theorist who asserts that class members should be grouped according to their value in the marketplace. Max Weber is a well-known German sociologist, and a prominent figure in sociology.
Answer: PLEASE see below for answer
Explanation: An excludable good is referred to as a private good which restrict people from using them while a non excludable goods are public goods that do not place restriction an so people can access them eg park .
Also, Non-rivalrous goods are those goods that even though consumed by the people will not cause shortage of the availability of the same goods to others. A rivalrous good is the opposite as it causes shortage in availability to others when used.
National Defence----Non excludable and Non Rivalrous
Pay-Per-View cable television---Excludable and NonRivalrous
a Hot Pocket sandwich--- Excludable and Rivalrous
private classroom education--- Excludable and Rivalrous
pajamas--- Excludable and Rivalrous
a unicycle ---- Excludable and Rivalrous
Answer:
c. courages investment by increasing the uncertainty about future returns
Explanation:
Inflation refers to the increase in the price level of the goods
The price inflation reflects that there is a rise in the price of the goods and services over a particular period of time lets say for one year. It can arise when the raw material cost during the process of production increased that push the price in upward
It also increased the uncertainty with respect to the future returns through investment
Hence, the correct option is c.
Answer: 326,500
I’m not 100% sure why,but I had the same question on an assignment and that was the answer.
Answer: $910,000
Explanation:
Pension expense is calculated by the formula:
= Prior Service cost for the year+ Service cost + Interest cost - Expected return on plant assets
Prior Service cost = Prior service cost / Service life of active employees
= 8,000,000 / 20
= $400,000
Expected return on plan assets = Plan assets * Interest rate
= 1,500,000 * 10%
= $150,000
Pension expense = 400,000 + 560,000 + 100,000 - 150,000
= $910,000
