It's a Question of your Career!

1 Million+

Questions

50k +

Active Users

24hrs max.

Answering Time

Showing 2421 - 2430 out of 57813 Questions
13 Views

Question : Which of the following cities was the first planned city of the Mughals?

Option 1: Mirzapur

Option 2: Fatehpur Sikri

Option 3: Lucknow

Option 4: Lahore

Team Careers360 26th Jan, 2024

Correct Answer: Fatehpur Sikri


Solution : The correct option is Fatehpur Sikri.

Fatehpur Sikri was the first planned city of the Mughals. Fateh, in Arabic, means victorious. It was built between 1571 and 1585, under the reign of the ruler Akbar. Akbar planned to use the city as his

13 Views

Question : Select the most appropriate meaning of the underlined idiom.

He was beaming from ear to ear.

Option 1: Playing

Option 2: Smiling broadly

Option 3: Criticising bitterly

Option 4: Working

Team Careers360 27th Jan, 2024

Correct Answer: Smiling broadly


Solution : The correct choice is the second option.

The idiom beaming from ear to ear is used to describe someone who is pleased, and the context indicates a positive emotion. The word "beaming" itself conveys a sense of radiant happiness. In this case, the person

24 Views

Question : What is the name of that technique,which uses radioactivity to decide the period of materials of pre-historic period?

Option 1: Radium dating

Option 2: Uranium dating

Option 3: Carbon dating

Option 4: Deuterium dating

Team Careers360 27th Jan, 2024

Correct Answer: Carbon dating


Solution : The correct option is Carbon dating.

The process of using radiation to establish the age of prehistoric items is known as "radiocarbon dating" or "carbon dating." This approach estimates the age of organic materials by using the decay of radioactive carbon isotopes. It specifically

14 Views

Question : ABCD is a trapezium with AD and BC parallel sides and E is a point on BC. The ratio of the area of ABCD to that of AED is:

Option 1: $\mathrm{\frac{AD}{BC}}$

Option 2: $\mathrm{\frac{BE}{EC}}$

Option 3: $\mathrm{\frac{AD+BE}{AD+CE}}$

Option 4: $\mathrm{\frac{AD+BC}{AD }}$

Team Careers360 27th Jan, 2024

Correct Answer: $\mathrm{\frac{AD+BC}{AD }}$


Solution :

The area of a trapezium,
$\text{Area} = \frac{1}{2} \times (\text{sum of parallel sides}) \times \text{height}$
$\text{Area}_{ABCD} = \mathrm{\frac{1}{2} \times (AD + BC) \times EF}$
The area of triangle AED,
$\text{Area}_{AED} = \mathrm{\frac{1}{2} \times AD \times EF}$
The ratio of the area of ABCD to

31 Views

Question : Which of the following folds are extreme types of overturned folds in which the axial plane acquires an almost horizontal attitude?

Option 1: Normal folds

Option 2: Asymmetrical folds

Option 3: Recumbent folds

Option 4: Square folds

Team Careers360 26th Jan, 2024

Correct Answer: Recumbent folds


Solution : The correct answer is Recumbent folds.

Recumbent folds can be characterised as extreme forms of inverted folds where the axial plane becomes nearly horizontal. In these folds, one limb precisely rests beneath the other, allowing a drill hole made in the top limb to

19 Views

Question : Planck's Constant has the dimensions of:

Option 1: Energy

Option 2: Linear momentum

Option 3: Angular momentum

Option 4: Force

Team Careers360 26th Jan, 2024

Correct Answer: Energy


Solution : The correct answer is Energy.

Planck's constant (ℎ) has dimensions of energy multiplied by time. In terms of units, it is commonly expressed in joule-seconds (J·s) in the International System of Units (SI). It can be expressed as [ℎ] = [E] × [t] where:

[ℎ}

4 Views

Question : Directions: How many triangles are there in the given figure?

Option 1: 26

Option 2: 24

Option 3: 22

Option 4: 28

Team Careers360 27th Jan, 2024

Correct Answer: 24


Solution : The given figure can be labelled as shown below –

Now, in the above figure, there are a total of 24 triangles. They are AEF, FBG, GHC, DEH, EJI, FJK, GKL, LHI, MIN, MIQ, NIQ, JNO, POK, OSK, PKS, MPL, NQR, ORS, PTS, TQM, QRS,

22 Views

Question : The time in which a train 1800 m long, travelling at the speed of 30 km/hr, will pass a signal pole is:

Option 1: 200 seconds

Option 2: 250 seconds

Option 3: 220 seconds

Option 4: 216 seconds

Team Careers360 27th Jan, 2024

Correct Answer: 216 seconds


Solution : Given: A train 1800 m long, travelling at the speed of 30 km/hr.
Convert km/hr into m/s by multiplying it with $\frac{5}{18}$.
⇒ 30 km/hr = 30 × $\frac{5}{18}$ = $\frac{25}{3}$ m/s
Now, $\text{Time}=\frac{\text{Distance}}{\text{Speed}}$
So, the time in which a train passes a signal

The question have been saved in answer later, you can access it from your profile anytime. Access now