SSC CPO 12th-March-2019-Shift-2

Instructions

For the following questions answer them individually

SSC CPO 12th-March-2019-Shift-2 - Question 111


The price of sugar is decreased by 10%. By what percent can a person increase the consumption so that there is no change in the expenditure?

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SSC CPO 12th-March-2019-Shift-2 - Question 112


The sides of a triangle are 8 cm, 15 cm, and 17 cm respectively. At each of its vertices, circles of radius 3.5 cm are drawn. What is the area of the triangle excluding the portion covered by the sectors of the circles $$(\pi=\frac{22}{7})$$ ?

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SSC CPO 12th-March-2019-Shift-2 - Question 113


In the given bar graph, the number of students enrolled in institute B in the year 2016 is what percentage of students enrolled in institute A in 2016?

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SSC CPO 12th-March-2019-Shift-2 - Question 114


In the given pie chart, what is the ratio of the number of people who use train or car to reach their office to the number of people who use other means of transport to reach their office.

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SSC CPO 12th-March-2019-Shift-2 - Question 115


A shopkeeper sold two articles for ₹ 9831 each. On one he gained 13% and on the other, he lost 13%. What is the overall percentage gain or loss?

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SSC CPO 12th-March-2019-Shift-2 - Question 116


The radius of a cylinder is increased by 120% and its height is decreased by 40%. What is the percentage increase in its volume?

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SSC CPO 12th-March-2019-Shift-2 - Question 117


The income of A is 24% more than the income of B. By what percent is the income of B less than the income of A?

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SSC CPO 12th-March-2019-Shift-2 - Question 118


The successive discount of 25%, 20% and 10% is equivelant to a single discount of:

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SSC CPO 12th-March-2019-Shift-2 - Question 119


From the top of a 12 m high building, the angle of elevation of the top of a tower is $$60^\circ$$ and the angle of depression of the foot of the tower is $$\theta$$ , such that $$\tan\theta=\frac{3}{4}$$ What is the height of the tower $$( \sqrt3=1.73)$$ ?

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SSC CPO 12th-March-2019-Shift-2 - Question 120


$$5\frac{5}{6}+[2\frac{2}{3}-[{3\frac{3}{4}(3\frac{4}{5}\div9\frac{1}{2})}]]$$

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