Answer:
C. This variable is categorical
Explanation:
A categorical or discrete variable is one that has two or more categories (values). There are two types of categorical variable, nominal and ordinal.
A nominal variable has no intrinsic ordering to its categories. For example, gender is a categorical variable having two categories (male and female) with no intrinsic ordering to the categories.
An ordinal variable has a clear ordering. For example, temperature as a variable with three orderly categories (low, medium and high).
Hence, the variables used in this scenario is an ordinal variable because it has a clear ordering.
Answer:
at the time it receives a negotiable warehouse receipt for the bats.
Explanation:
Benson Bearing Company is selling bats to Textron inc. The bats are stored at an independent warehouse not controlled by Benson Company.
Of the contract states that Textron will pick up the bats at the warehouse, the risk of loss passes to Textron when it recieved a negotiable warehouse reciept for the bats.
This is because the warehouse is not controlled by Benson Company and issuing a warehouse reciept is equivalent to delivering the goods to Textron.
Answer:
The information provided to Kanska was insufficient.
Explanation:
The onus was on the company to provide all the necessary information for Kanska to work with.
An application development firm only creates applications based on the requirements gathered from clients and if clients don't divulge all necessary information, there is bound to be dissatisfaction in service when the mobile application is provided.
Answer:
The amount that should be deposited today is $33254.58
Explanation:
The deposit should be such that the future value of the deposit made today and at the end of year 2 should be equal to $50000 after 5 years. Let the deposit made today be x. The equation for the future value will be,
50000 = x * (1+0.045)^5 + 7500 * (1+0.045)^3
50000 = x * (1.045)^5 + 8558.745938
50000 - 8558.745938 = x * (1.045)^5
41441.25406 / (1.045)^5 = x
x = $33254.57769 rounded off to $33254.58
Answer:
-4 units
Explanation:
Using the midpoint method, Blake's income elasticity of demand for generic potato chips is given by the change in demand (D) multiplied by his average income (I), divided by the change in income multiplied by the average demand:
Blake's income elasticity of demand is -4 units.
