SSC CGL Tier l 2023 Question Paper Shift 3 (July 20th)

Instructions

For the following questions answer them individually

SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 61


The cost of 50 dozens of bananas is ₹2,400 and the transport cost per banana is ₹0.25.
The selling price is ₹10 for a pair of bananas. What is the profit percentage (rounded off up to one decimal place)?

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 62


The three sides of a triangle are 12, 17 and x units. Which of the following options is correct?

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 63


The following bar graph represents the demand and production for five companies, V, W, X, Y and Z. On the basis of the bar graph, answer the question.

If K% of the production for company X equals the demand for company W, then K equals:

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 64


A thief is noticed by a policeman from a distance of 200 m. The thief starts running as soon as he is noticed, and the policeman chases him simultaneously. The thief and the policeman run at the speeds of 10 km/h and 11 km/h, respectively. What is the distance (in m) between them after 6 min policeman starts chasing?

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 65


If $$a + b + c = 7, ab + bc + ca = 11$$ and $$abc = -1$$, then $$a^3 + b^3 + c^3$$ is equal to:

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 66


The maximum value of $$(\sin^{12} \theta + \cos^{20} \theta)$$ for all the real values of $$\theta$$ is:

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 67


Find the value of $$\frac{2}{3}\tan^2 60^\circ + 3 \cos^2 30^\circ - 2 \sec^2 30^\circ - \frac{3}{4}\cot^2 60^\circ$$.

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 68


The square of 72 is equal to the product of 216 and a number. Find the number.

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 69


P and Q can do a job in 24 days, Q and R can do it in 30 days, while P and R can do it in 40 days. X is four times as efficient as P, Y is half as efficient as Q, and Z is 2.5 times as efficient as R. Determine the number of days required to complete the same job if X, Y and Z work together.

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SSC CGL Tier l 2023 Shift 3 (July 20th) - Question 70


Simplify.
$$325 + 276 \div [150 - \left\{9 \times 9 + (83 - 4 \times 15)\right\}]$$

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