Answer:
B. coordination problem under central planning.
Explanation:
As the word coordination is defined as the course of time under which everything moves in synchronization, under this, every thing shall happen at the right time, with the right quality, at the right place.
This is what we call coordination.
Under central planning also the company and the management focuses that all things and processes are coordinated and accordingly all the acts are justified.
Answer:
No, Gerald should not be advertising properties to California citizens since that is considered soliciting. In order for Gerald to legally be able to solicit California citizens, he should hold a California real estate license. A Nevada license is not valid in California (nor any other state).
Answer:
A relevant account from the chart of accounts
Explanation:
QuickBooks is an accounting software that is designed to assist users with little accounting experience manage their financial records.
Transactions in QuickBooks are classed as products and services. These are mapped to relevant accounts in the chart of accounts.
For example mapping can be done to asset or liability accounts.
When mapping there are three classes products and services can be mapped to:
-Inventory
-Non inventory
-Services
When setting up new product and service the appropriate class is chosen and relevant account is assigned to the product or service.
For example sales tax is mapped by default to sales tax payable account.
Answer:
d.countercyclical
Explanation:
The central bank uses a d.countercyclical monetary policy to offset business related economic contractions and expansions. This is because monetary policy is meant to offset the natural business cycle.
Answer:
400; 800
Explanation:
Contribution:
Product X:
= Selling price - Variable cost
= 100 - 70
= 30,
Product Y:
= Selling price - Variable cost
= 80 - 40
= 40,
Product Z:
= Selling price - Variable cost
= 25 - 20
= 5
Machine hours required :
Product X:
= Machine time per unit × Monthly demand
= 3 × 300
= 900,
Product Y:
= Machine time per unit × Monthly demand
= 2 × 200
= 400,
Product Z:
= Machine time per unit × Monthly demand
= 1 × 500
= 500
Contribution per machine hour:
Product X = Contribution ÷ Machine time per unit
= 30 ÷ 3
= 10,
Product Y = Contribution ÷ Machine time per unit
= 40 ÷ 2
= 20,
Product Z = Contribution ÷ Machine time per unit
= 5 ÷ 1
= 5
It is highest for Y, so produce maximum amount of Y, then X and then Z
Y needs 400 hrs, we are left with 800 hours, so produce 800 hours of X.
