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Question : Select the most appropriate option to improve the underlined segment in the given sentence. If there is no need to improve it, select ‘No improvement required’.

I have withdraw money from the bank.

Option 1: have withdrawing

Option 2: No improvement required

Option 3: have withdrew

Option 4: have withdrawn

Team Careers360 19th Jan, 2024

Correct Answer: have withdrawn


Solution : The fourth option is the correct choice.

The sentence contains a verb-tense error. When forming the present perfect tense, the past participle of the verb should be used. The past participle of withdraw is withdrawn. The use of the present perfect tense suggests a

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Question : If $\tan \theta \cdot \tan 2 \theta=1$, then the value of $\cot 5 \theta$ is:

Option 1: $-1$

Option 2: $1$

Option 3: $-\sqrt{3}$

Option 4: $\sqrt{3}$

Team Careers360 19th Jan, 2024

Correct Answer: $-\sqrt{3}$


Solution : Given: $\tan \theta \cdot \tan 2 \theta=1$
$⇒\tan2\theta=\cot\theta$
$⇒\tan2\theta=\tan(90°- \theta)$
$⇒2\theta=90°- \theta$
$⇒3\theta=90°$
$\therefore \theta=30°$
$\cot 5\theta=\cot(5×30°)=\cot 150°=\cot(90°+60°)=-\tan60°=-\sqrt3$
Hence, the correct answer is $-\sqrt3$.

14 Views

Question : What is the Minimum Capital of Private Company?

Option 1: 5 Lakhs

Option 2: 20 Lakhs

Option 3: 1 Lakh

Option 4: 50 Lakhs

Team Careers360 23rd Jan, 2024

Correct Answer: 1 Lakh


Solution : All Private Limited Companies are required to have a minimum capital of Rs. 1 lakh and there is no minimum capital requirement to launch a public limited company.

Hence, the correct answer is option 3.

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Question : What is the digit in the unit's place in the number $\frac{15!}{100}$?

Option 1: 5

Option 2: 7

Option 3: 3

Option 4: 0

Team Careers360 23rd Jan, 2024

Correct Answer: 0


Solution : Number of trailing zeroes in $n$! = [$\frac{n}{5}$] + [$\frac{n}{25}$] + [$\frac{n}{125}$] + ....... where [ ] denotes greatest integer function.
So, the number of trailing zeroes in 15! = [$\frac{15}{5}$] + [$\frac{15}{25}$] + [$\frac{15}{125}$] + ....... = 3 + 0 + 0 + .....

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