I think the best option for her to would be borrow the money at the interest rate of 5% for the motorcycle because that will be the debt will be her cheapest way instead of taking out a second mortgage on her home and another question that she should ask is the length of time it will take her to pay back the loan 
 
        
                    
             
        
        
        
Answer:
<em>Labour rate variance  =    $260 favourable</em>
Explanation:
<em>The rate variance would be the difference between the standard labour cost of the 2,300 units sold and the actual labour cost</em>
Standard labour cost  (3600/1200× 2300)<em>      6,900</em>
<em>Actual labour cost                                             </em><u><em>6, 640</em></u>
<em>labour rate variance                                     </em><u><em>   $260</em></u><em> favourable</em>
The variance is favourable because the StuckinMyHouse book company saved $260 as a result of of his actual cost been less than the expected cost.
 
        
             
        
        
        
Answer:
D)5,000; 7,000
Explanation:
Public is holding 2000 econs and banks reserves are 300 econs. It is mentioned that reserve requirement is 10%.
So total bank deposits must be 3000. Money supply in the economy is (3000 + 2000 = 5000)
When the reserve ratio is 0.1, that means the money multiplier is 10.
If there is an additional inflow of currency because of printing 200 econs by central bank then because of multiplier effect it will be 2000 econs.
Money supply from earlier 5000 econs will become 7000 econs.
Option D is correct.
 
        
             
        
        
        
Answer:
b. contains no positive statements. 
 
        
             
        
        
        
Answer: I must invest <u>$85424.14</u> today in order to buy a Ferrari nine years from now on the day I turn 30.
We have 
Price of the Ferrari nine years from now (Future Value - FV)    $215000
Expected Rate of return on the mutual fund (r)    10.8%
Time until I turn 30  (n)   9 years
We can calculate the Present Value (PV) or the money to be invested today as 


