Business Mathematics

121. Under simple interest, the interest for n years is ______________.

1. A=P(1+ni).
2. A=P(+i).
3. A=Pnr/100.
4. A=P(1+i)ⁿ.

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122. Formula for Bankers gain is ______________.

1. Anr/100.
2. An²r²/100(100+nr).
3. 100A/100+nr.
4. Anr/100+nr.

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123. The formula for finding the compound interest is ______________.

1. A=P(1+ni).
2. A=P(1+i).
3. A=Pnr/100.
4. A=P(1+i)ⁿ.

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124. The present value under annuity due is ______________.

1. A/i [1-(1+i)^-n].
2. A+A/i [1-(1+i)^-n].
3. A/i [(1+i)^-n-1].
4. A/i (1+i)[ 1+i)^-n-1].

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125. In Graphical solution the feasible region is ______________.

1. where all the constraints are satisfied simultaneously.
2. any one constraint is satisfied.
3. only the first constraint is satisfied.
4. any one of the above condition.

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126. Under simple interest, amount or value at the end is ______________.

1. A=P+I.
2. A=P(1+i).
3. A=Pnr/100.
4. A=P(1+i)ⁿ

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127. Which of the following is not associated with any LPP?

1. Feasible Solution.
2. Optimum Solution.
3. Basic solution.
4. Quadratic equation.

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128. The Amount due under immediate annuity is ______________.

1. A/i [1-(1+i)^-n].
2. A+A/i [1-(1+i)^-n].
3. A/i [(1+i)^-n-1].
4. A/i (1+i)[ (1+i)^-n-1].

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129. Optimal solution in an LPP is ______________.

1. which maximizes or minimizes the objective function.
2. which maximizes the objective function.
3. which minimizes the objective function.
4. which satisfies the non negativity restrictions.

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130. Under simple interest, the rate of interest is given by ______________.

1. R = 100r-(100-nr).
2. r = 100 I/Pn.
3. Anr/100.
4. A=P(1+i)n.

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