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Basics of Financial Mathematics Test 38

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Basics of Financial Mathematics Test 38
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  • Question 1
    1 / -0
    Useful life of fixed asset is _________.
    Solution
    Useful life of an asset is the estimated economic or commercial life of the asset. Physical life is not important for this purpose because an asset may still exist physically but may not be capable of commercially viable production. 

    In the allocation of depreciable amount is the ‘expected useful life’ of an asset. It has been described as “either (i) the period over which a depreciable asset is expected to the used by the enterprise, or (ii) the number of production of similar units expected to be obtained from the use of the asset by the enterprise.”
  • Question 2
    1 / -0
    John borrowed Rs.1,00,000 at 10 percent per annum simple interest. He immediately lent the whole sum at 10 percent per annum compound interest. At the end of 2 years, he would gain -
    Solution
    Principal Amount borrowed $$=Rs$$ $$1,00,000$$.
    Money is borrowed at S.I.
    $$T=2$$ years
    $$R=10\%$$
    In simple interest, we know that the amount $$(A)=P\left( 1+\dfrac { R\times T }{ 100 }  \right) $$
    $$\therefore $$  Amount after two years $$=1,00,000\left( 1+\dfrac { 2\times 10 }{ 100 }  \right) $$
                                                 $$=1,00,000\times \dfrac { 6 }{ 5 } $$
                                                 $$=1,20,000$$
    The borrowed money is lent by John on C.I. at same rate for same time.
    In CI, we know that the amount $$(A)=P{ \left( 1+\dfrac { R }{ 100 }  \right)  }^{ T }$$

    $$\therefore $$  Amount that John will receive $$=1,00,000{ \left( 1+\dfrac { 10 }{ 100 }  \right)  }^{ 2 }$$
                  $$=1,00,000{ \left( \dfrac { 11 }{ 10 }  \right)  }^{ 2 }$$
                  $$=1,21,000$$

    $$\therefore $$  John will get $$1,21,000$$ while be will have to pay $$1,20,000$$
    $$\therefore $$  Gain $$=Rs$$ $$(1,21,000-1,20,000)$$
                 $$=Rs$$ $$1,000$$

    Hence, John will gain $$Rs.\ 1000$$.
  • Question 3
    1 / -0
    Depreciation is the process of:
    Solution
    Depreciation accounting is a system of accounting which aims to distribute the cost of tangible capital assets, less salvage value (if any) over the estimated useful life of the unit in a systematic and rational manner. It is a process of allocation, not of valuation
  • Question 4
    1 / -0
    A sum of money invested at 14$$\%$$ per annum amounted to Rs. 10400 in 5 years. Calculate the principal.
    Solution
    We have the formula for amount in simple interest as:

    $$A=P(1+rt)$$

    Given, $$A=10400$$, $$t=5$$, $$r=14\%$$

    $$\therefore \ 10400=P(1+5(0.14))$$

    $$10400=P(1+0.7)=P(1.7)$$

    $$P=\dfrac{10400}{1.7}$$

    $$=6117.647.6$$

    Hence, the principal amount is Rs. $$6117.65$$.
  • Question 5
    1 / -0
    Which of the following is correct?
    Solution

    The purpose of recording depreciation as an expense is to spread the initial price of the asset over its useful life. For intangible assets - such as brands and intellectual property - this process of allocating costs over time is called amortization.

  • Question 6
    1 / -0
    A TV was bought at a price of Rs. 21,000. After one year the value of the TV was depreciated by 5%. (Depreciation means reduction of value due to use and age of the item). Find the value of the TV after one year.
    Solution
    $$\textbf{Step -1:Calculate the value to be deduced}.$$
                    $$\text{We are given that after one year, the value of the TV is depreciated by}$$ $$5\%.$$
                    $$\text{Value to be deduced =}$$$$5$$$$\text{% of}$$ $$Rs.21,000$$
                                                           $$=Rs.\dfrac{21000\times 5}{100}$$
                                                           $$=Rs.\: 1050$$
    $$\textbf{Step -2:Calculate the value of the TV after one year}.$$
                    $$\text{Value after one year=}$$$$Rs.(21000-1050)$$
                                                         $$=Rs.\: 19,950$$

    $$\textbf{Hence, the correct option is C.}$$
  • Question 7
    1 / -0
    A manufacturer reckons that the value of a machine which costs him Rs. $$15025,$$ will depreciate each year by $$20$$%. Find the estimated value at the end of $$5$$ years.
    Solution

    Value after 5 years $$=15025\times(1-(\dfrac{20}{100})^5)$$

                                     $$=15025\times\>0.32768=Rs.4923.39$$

  • Question 8
    1 / -0
    The time in which $$Rs.1800$$ amount to $$Rs.2178$$ at $$10 \%$$ per annum, compounded annually is 
    Solution
    Interest is compounded annually,
    So amount, $$A=P\left ( 1+\dfrac{r}{100} \right )^{t}$$

    Where, 
    $$P$$ is Principal (or sum)
    $$t$$ is time (in years)
    $$A$$ is the amount, person will get after time $$t$$
    $$r$$ is rate of interest per annum

    Here, 
    $$A=2178$$
    $$P=1800$$
    $$t=?$$
    $$r=10\%$$

    Now apply the formula,
    $$\Rightarrow$$$$A=P\left ( 1+\dfrac{r}{100} \right )^{t}$$

    $$\Rightarrow$$$$2178=1800\left ( 1+\dfrac{10}{100} \right )^{t}$$

    $$\Rightarrow$$$$\dfrac{2178}{1800}=\left ( \dfrac{110}{100} \right )^{t}$$

    $$\Rightarrow$$$$\dfrac{121}{100}=\left ( \dfrac{11}{10} \right )^{t}$$

    $$\Rightarrow$$$$\left ( \dfrac{11}{10} \right )^{2}=\left ( \dfrac{11}{10} \right )^{t}$$

    $$\Rightarrow t=2$$ years
  • Question 9
    1 / -0
    Find the compound interest to the nearest rupee on Rs. $$7500$$ for $$2$$ years $$4$$ months at $$12\%$$ per annum reckoned annually.
    Solution
    $$P=7500$$,
    $$r=12$$,
    $$n=2\tfrac{4}{12}=\cfrac{7}{3}$$
    $$CI=P[(1+\cfrac{r}{100})^n-1]$$
    $$CI=Rs.7500[(1+\cfrac{12}{100})^{7/3}-1]$$
    $$=2270.19$$
    Value to the nearest integer$$=Rs.2276$$.

  • Question 10
    1 / -0
    The price of a scooter is $$Rs.14000$$. If it depreciates by $$2\% $$ of its value at the beginning of each year. Find the sale value after $$4$$ years.
    Solution

    Given that

    Original value of the scooter $$=Rs.14000$$

    Rate of depreciation   $$=2$$%

    The value of the scooter after $$4$$  years

    $$ =14000\times {{\left( 1-\dfrac{2}{100} \right)}^{4}} $$

    $$ =14000\times {{\left( 0.98 \right)}^{4}} $$

    $$ =14000\times 0.92236816 $$

    $$ =12913.154 $$

    Thus, the value of the scooter after $$4$$  years $$=Rs\,\,12913.154$$

    Hence, this is the answer.

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