SSC CGL 18th April 2022 Shift-3

Instructions

For the following questions answer them individually

Question 51

study the given histogram and answer the question chat follows.

The total number of workers whose daily wages are less than ₹500 is what percentage more than the total number of workers whose daily wages are ₹650 and above (correct to one decimal place)?

Video Solution
Question 52

If $$\sqrt{x}-\frac{1}{\sqrt{x}}= \sqrt{3}$$, then what is the value of $$x^{4} + \frac{1}{x^{4}}$$

Video Solution
Question 53

If A = $$10^{\circ}$$, what is the value of:
$$\frac{12 \sin 3A + 5\cos \left(5A-5^{\circ}\right)}{9\sin \frac{9A}{2}- 4\cos \left(5A+10^{\circ}\right)}$$

Video Solution
Question 54

The area of similar triangles PQR and MNT are 196 $$cm^{2}$$ and 169 $$cm^{2}$$ respectively. If the longest side of the larger $$\triangle$$ PQR be 28 cm then what is the length (in cm) of the longest side of the smaller $$\triangle$$ MNT?

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Question 55

A circle with centre O has and 15 cm. D is a point on the circle such that a 24 cm long chord AB is bisected by OD at point C. Find the length of CD (in cm).

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Question 56

A shopkeeper earns a profit of 17% on selling a book at 10% discount on the printed price. If the cost price is ₹500, then the printed price (in ₹) is:

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Question 57

AB is a diameter of a circle with centre O. The tangent at a point C on the circle and AB. when produced, meet at the point P. If $$\angle APC = 38^{\circ}$$, when what is the measure of $$\angle$$ PCB?

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Question 58

A sum of ₹17,200 is lent out at simple interest in two parts for 2 years at 8% p.a. and 10% p.a., respectively. If the total interest received after years is ₹3,008, then the money lent (in ₹) at the rate of 8% p.a. is:

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Question 59

If the volume of a sphere is 4,851 $$cm^{3}$$, then what is its diameter ( in cm )?
(Take $$\pi = \frac{22}{7}$$

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Question 60

From the top of a 195-m high cliff, the angles of depression of the top and bottom of a tower are $$30^{\circ}$$ and $$60^{\circ}$$, respectively. Find the height of the rower (in m).

Video Solution
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