Answer:
11.67 years
Explanation:
The rule of 70 requires that in determining when the economy growth rate will double its current growth rate, the appropriate thing to do is divide 70 by the current growth rate of 6% per year.
The economy's growth rate of 6% has its percentage ignored when the calculation is carried out.
=70/6= 11.67
The current economy's growth rate would double in 11.67 years' time
Answer:
Follows are the solution to the question:
Explanation:
m = 4,
EAR = 
The successful quarter cumulative rate of interest = 8.24 \%
In Method 2 use Tool in Texas:
By Using the (ICONV) worksheet:
1)
To pick the worksheet, click ICONV 2.
2)
Its previous meaning will represent the NOM.
3)
To clear the worksheet, click [CLR WORK] 2nd
Continue as below.
Displayed keystrokes:
NOM = previous value 2nd ICONV:
NOM = 0.00 2nd CLRWORK:
8 DAYS: Name = 8.00.
EFF: DownArrow = 0.00
DownArrow: C / Y = meaning previous
4)
DOS: C / Y = 5.00 p.m.
EFF: DownArrow = 0.00
CPT: FRP = 8.24
Answer:
C. include a credit to the equipment accumulated depreciation account.
Explanation:
Since Lamar Printing Company determines that a printing press used in its operations has suffered a permanent impairment in value because of technological changes. An entry to record the impairment should include a credit to the equipment accumulated depreciation account.
In Accounting, Depreciation can be defined as the decrease in the value of an asset (factory equipment, logistics tools etc) as a result of wear or tear, within a specific period of time. Depreciation is used for the allocation of cost to tangible assets with respect to its life expentency or within its useful life.
Answer:
Annual deposit= $37,714.37
Explanation:
Giving the following information:
The villa costs $500,000 today, and housing prices in Mexico are expected to increase by 6% per year. Manny and Irene want to make fifteen equal annual payments into an account, starting today, so there will be enough money to purchase the villa in fifteen years.
The account earns 10% per year.
First, we need to calculate the final value of the house with the following formula.
FV= PV*(1+i)^n
FV= 500,000*(1.06^15)=$1,198,279.1
Now, we can calculate the annual payments required:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,198,279.1*0.10)/[(1.10^15)-1]
A= $37,714.37
