[Download PDF] IBPS RRB Assistant 29 Sep 2013 Paper with Solutions

Instructions

For the following questions answer them individually

Question 141

Find the smallest number that can be added to 4739 so that it becomes exactly divisible by 9.

Video Solution

Solution

Question 142

The average weight of 17 boxes is 92kg. If 18 new boxes arc added, the new average increases by 3kg. What will be the average weight of the 18 new boxes ?

Video Solution

Solution

Instructions

What will come in place of the question mark (?) in the following questions ?

Question 143

4/9 $$\times$$ 1701 + 2/11 $$\times$$ 1386=?

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Solution

Question 144

$$\frac{1}{\sqrt{7744}}\times22=?$$

Video Solution

Question 145

$$\frac{\sqrt{6561}}{\sqrt[3]{729}}=?$$

Video Solution

Question 146

$$\sqrt{12.96}\div0.6=?$$

Video Solution

Question 147

25% of 960 + 55% of 740= ?

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Solution

Question 148

$$(81)^{5}\times(729)^{4}\div(9)^{7} = 9^{?}$$

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Solution

Question 149

4/5 $$\times$$ ? $$\times$$ 3/7 = 16/105

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Solution

Question 150

$$5^{2} + 13^{2} - 11^{2} = (?)^{3} - 52$$

Video Solution

Solution

BANKING Content

IBPS RRB Assistant 29 Sep 2013

Find the smallest number that can be added to 4739 so that it becomes exactly divisible by 9.

The average weight of 17 boxes is 92kg. If 18 new boxes arc added, the new average increases by 3kg. What will be the average weight of the 18 new boxes ?

4/9 $$\times$$ 1701 + 2/11 $$\times$$ 1386=?

$$\frac{1}{\sqrt{7744}}\times22=?$$

$$\frac{\sqrt{6561}}{\sqrt[3]{729}}=?$$

$$\sqrt{12.96}\div0.6=?$$

25% of 960 + 55% of 740= ?

$$(81)^{5}\times(729)^{4}\div(9)^{7} = 9^{?}$$

4/5 $$\times$$ ? $$\times$$ 3/7 = 16/105

$$5^{2} + 13^{2} - 11^{2} = (?)^{3} - 52$$

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