In the context of the aio dimensions for measuring consumers' lifestyles, "a" stands for <span><em>activities</em></span>
1. Other things remain the same if the price of a budget line increases then the budget line will tilt inwards from the intercept of the goods whose price is constant.
2. other things remaining the same, if the budget for and, budget line a change in the Income of Consumer.
The budget line will move to the right to the new location as a result of the price of good X declining, the consumer's income being constant, and the price of Y increasing. If the price of good X increases while the price of good Y and income remain unchanged, the budget line will go up.
A budget line is a line that specifies the upper and lower bounds of permissible consumption and is based on the SUPPLY and DEMAND of goods and services from the customer. Budget, Prices, Demand, Prices Budget, Prices, Demand, Prices He has $1.00 to spend each week on coffee and Coke, and he has a total of $12.00 to spend on these items.
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Answer:
b. liable.
Explanation:
Since in the question it is mentioned that there might be the release of chemicals from the site and the company sells the property to the eager developers so here if there would be the release so the seller would be liable as the parties who are potential responsible they recommended that the liabilities cant be avoided via ownership transfer
So the option b is correct
Complete Question
A waiting line problem has an average of 250 arrivals per eight hour day. Suppose there are several servers, and each has an average service time of 8 minutes. (Assume Poisson arrivals and exponential service times.)
What is the average service rate of a server per hour?
Answer:
7½ arrivals per hour
Explanation:
Given
Arrivals = 250 arrivals per 8 hour day
Service Time of Servers = 8 minutes
The service time of Servers is given as 8 minutes.
This means that; on average, a server will attend to 1 arrival in every 8 minutes.
Calculating this per hour;
Average service rate of a server per hour = Service Rate * 1 hour per hour
Average service rate of a server per hour = 1 arrival per 8 minutes * 1 hour per hour
(1 hour = 60 minutes);
So, we have.
Average service rate of a server per hour = 1/8minutes * 60minutes/hour
= ⅛ * 60 arrivals/hour
= 60/8 arrivals/hour
= 7½ arrivals per hour
