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Staff Selection Commission Combined Graduate Level Exam

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Question : R’s weighing machine shows 400 gm when the actual weight is 350 gm. The cost price of almonds is INR 880 per kg and packets of 200 gm are made using the faulty machine. What should be the selling price (in INR) of each packet to get a profit of 25%?

Option 1: 197.50

Option 2: 175.50

Option 3: 182.50

Option 4: 192.50

Team Careers360 9th Jan, 2024

Correct Answer: 192.50


Solution : The cost price of almonds = INR 880 per kg
Weight of packets sold = 200 gm
Given that the weighing machine shows 400 gm when the actual weight is 350 gm.
So, the weighing machine shows 200 gm when the actual weight is 175

11 Views

Question : $\triangle$LMN is right angled at M. If $\angle$N = 45$^\circ$, what is the length of MN (in cm), if NL = 9$\sqrt2$cm?

Option 1: $9\sqrt2$

Option 2: $\frac{9}{\sqrt2}$

Option 3: $18$

Option 4: $9$

Team Careers360 13th Jan, 2024

Correct Answer: $9$


Solution :
$\triangle$LMN is right angled at M.
$\angle$M = 90$^\circ$
$\angle$N = 45$^\circ$
$\angle$L = 180$^\circ$ – (45$^\circ$ + 90$^\circ$) = 45$^\circ$
So, $\triangle$LMN is an isosceles right-angled triangle.
⇒ LM = MN
Also, NL = 9$\sqrt2$ cm
Using the Pythagoras theorem,
LM$^2$ + MN$^2$ =

32 Views

Question : The iron mines in Jharkhand contributed to the rise of which ancient Indian kingdom?

Option 1: Kuru

Option 2: Magadha

Option 3: Kashi

Option 4: Kushan

Team Careers360 17th Jan, 2024

Correct Answer: Magadha


Solution : The correct answer is Magadha.

Magadha became the most powerful state in ancient India, situated in modern Bihar and Jharkhand. The first significant and powerful dynasty in Magadha was the Haryanka dynasty. The iron mines in modern-day Jharkhand were easily accessible and offered supplies for

9 Views

Question : If $x$ men can do a piece of work in $x$ days, then the number of days in which $y$ men can do the same work is:

Option 1: $xy$ days

Option 2: $\frac{y^{2}}{x}$ days

Option 3: $\frac{x^{2}}{y}$ days

Option 4: $x^{2}y$ days

Team Careers360 17th Jan, 2024

Correct Answer: $\frac{x^{2}}{y}$ days


Solution : Given: $x$ men can do a piece of work in $x$ days.
We know the concept $M_1D_1=M_2D_2$, where $M_1$, $M_2$ are the persons and $D_1$, $D_2$ are the number of days.
According to the question,
⇒ $x×x=y×D_2$
$\therefore D_2=\frac{x^{2}}{y}$ days
Hence, the correct answer

11 Views

Question : What is the difference in the number of years between the summer and winter Olympic events?

Option 1: 1

Option 2: 2

Option 3: 4

Option 4: 3

Team Careers360 11th Jan, 2024

Correct Answer: 2


Solution : The correct answer is 2.

The difference in the number of years between the summer and winter Olympic events is two years. There is a staggered timetable for the Summer and Winter Olympics. The two competitions alternate every two years, although they are overseen

4 Views

Question : Directions: If 18 × 12 = 206 and 19 × 22 = 408, then 23 × 36 = ? 

Option 1: 878

Option 2: 818

Option 3: 794

Option 4: 776

Team Careers360 22nd Jan, 2024

Correct Answer: 818


Solution : Given:
18 × 12 = 206; 19 × 22 = 408; 23 × 36 = ? 

Like, 18 × 12 = 206 is 18 × 12 = 216. Then→216 – 10 = 206
And, 19 × 22 = 408 is 19 × 22

23 Views

Question : According to census 2011, which is the least populous state in India?

Option 1: Nagaland

Option 2: Sikkim

Option 3: Arunachal Pradesh

Option 4: Goa

Team Careers360 16th Jan, 2024

Correct Answer: Sikkim


Solution : The correct answer is Sikkim.

Sikkim is the least populous state according to census 2011. The population of Sikkim was recorded as 611k in the 2011 population census. Sikkim is a state located in the northeastern part of India. The capital and largest town of

10 Views

Question : Directions: Select the option figure in which the given figure (X) is embedded as its part (rotation is NOT allowed).

Option 1:

Option 2:

Option 3:

Option 4:

Team Careers360 21st Jan, 2024

Correct Answer:


Solution : Since the rotation is restricted. So, the embedded figure will have the same orientation as the main figure. By comparison of the question figure with all the option figures, the given question figure is embedded only in the fourth option figure.

Hence, the fourth option is

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