It seems that you missed the given choices for this question, but anyway here is the correct answer. When the same <span>attribute in related data files has different values, this is called data dependence. Hope this answer helps. Other options of this question include redundancy, duplication, discrepancy and inconsistency. Thanks for posting your question.</span>
Answer:
consume 8 units of A and 12 units of B
Explanation:
given data
prices of A = $1.50
prices of B = $1
Budget constraint = $24
consider data indifference curve
unit A unit B
16 6
12 8
8 12
4 24
solution
As graph, Mr. Chen will buy 8A and 12 B goods.
so Budget constraint is here express as
24 = 8 × $1.50 + 12 × 1.00
so here
MRS = 
rule of equilibrium
so here MRS is
MRS = 
= 
= 
MRS = =
Answer:
<u>X= $15,692.9393</u>
Explanation:
Giving the following information:
Number of years= 30
Final value= 1,000,000
First, deposit $10000 for ten years (last deposit at t=10).
After ten years, you deposit X for 20 years until t=30.
i= 6%
First, we need to calculate the final value in t=10. We are going to use the following formula:
FV= {A*[(1+i)^t-1]}/i
FV= {10000*[(1.06^10)-1]}/0.06= $131807.9494
We can calculate the amount of money to input every year. We need to isolate A:
A= (FV*i)/[(1+i)^n-1]
First, we need to calculate the final value of the $131807.9494
FV= PV*[(1+i)^n]
FV= 131807.9494*1.06)^20= 422725.95
We need (1000000-4227725.95) $577274.05 to reache $1000000
A= (FV*i)/[(1+i)^n-1]
A= (577274.05*0.06)/[(1.06^20)-1]= 15692.9393
<u>X= $15,692.9393</u>
Research skills
(Time management is lower on the totem pole while the other 2 are on the bottom)
