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Question : Select the most appropriate option to substitute the bracketed segment in the given sentence. If there is no need to substitute it, select 'no substitution required'.
(Hardly did the ink dried on my weekly column, when) one of my readers called me.
Option 1: Hardly had the ink dry on last week's column, when
Option 2: No substitution required
Option 3: Hardly did the ink dried on last week's column, when
Option 4: Hardly had the ink dried on last week's column, when
Correct Answer: Hardly had the ink dried on last week's column, when
Solution : The fourth option is the correct choice.
When using hardly in the sense of indicating that an action occurred almost immediately after another action, the correct structure involves the past perfect tense The correct form is
Question : Choose the word that means the same as the given word. Edacious
Option 1: Solvent
Option 2: Gluttonous
Option 3: Insolvent
Option 4: Satiated
Correct Answer: Gluttonous
Solution : The correct choice is the first option.
Edacious: This word refers to having an eager and voracious appetite, often used to describe someone who is hungry or has a strong desire to eat.
Gluttonous: This is the correct synonym for edacious. It describes someone
Question : Mr. Kapur purchased two toy cycles for Rs. 750 each. He sold these cycles gaining 6% on one and losing 4% on the other. The gain or loss per cent in the whole transaction is:
Option 1: 1% loss
Option 2:
1% gain
Option 3:
1.5% loss
Option 4:
1.5% gain
Correct Answer:
Solution : If the cost price of two articles is the same then net profit % is the average of all profit %. So, overall profit % = $\frac{6-4}{2}$% = 1% profit Hence, the correct answer is '1% gain'.
Question : If $x^2+y^2+2 y+4 x+5=0$, then $\frac{x+y}{x-y}=$______.
Option 1: $-3$
Option 2: $\frac{1}{3}$
Option 3: $-1$
Option 4: $3$
Correct Answer: $3$
Solution : Given equation, $x^2+y^2+2 y+4 x+5=0$ Let us try to make it a perfect square. $x^2+4 x+y^2+2 y+5=0$ ⇒ $x^2 + 4x + 4 -4 + y^2 +2y + 1 -1 + 5=0$ ⇒ $(x+2)^2 + (y+1)^2 -5 + 5 = 0$ ⇒ $(x+2)^2 + (y+1)^2
Question : Directions: Select the option that can replace the question mark (?) in the second row. Row1: 26, 17, 14, 23 Row2: 17, 12, ?, 9 Row3: 29, 32, 21, 18
Option 1: 7
Option 2: 2
Option 3: 4
Option 4: 19
Correct Answer: 4
Solution : In a row, find the difference between the first number and the second number, and then add to the third number to get the fourth number.
In the first row→26 – 17 = 9 and 14 + 9 = 23 In the third row→29 –
Question : Directions: Arrange the given words in the sequence in which they occur in the dictionary. 1. Prayer 2. Plane 3. Prey 4. Predate 5. Picture
Option 1: 51234
Option 2: 51243
Option 3: 52143
Option 4: 52134
Correct Answer: 52143
Solution : Given: 1. Prayer 2. Plane 3. Prey 4. Predate 5. Picture
Step 1: Compare the first letter of each word. Since all the words start with the same letter P, move to the next letter. Step 2: The second letter of each word is
Question : Directions: Study the given pattern carefully and select the number that can replace the question mark (?) in it. First row – 15, 12, 180 Second row – 18, 13, 234 Third row – 7, 32, ?
Option 1: 215
Option 2: 179
Option 3: 308
Option 4: 224
Correct Answer: 224
Solution : Given: First row – 15, 12, 180 Second row – 18, 13, 234 Third row – 7, 32, ?
Multiply the first and second numbers in each row, to get the third number – In the first row: 15 × 12 = 180 In the
Question : The environment includes:
Option 1: Abiotic factors
Option 2: Biotic factors
Option 3: Oxygen and Nitrogen
Option 4: Abiotic and biotic factors
Correct Answer: Abiotic and biotic factors
Solution : The correct answer is Abiotic and biotic factors.
All the biotic and abiotic factors are collectively known as the environment. Abiotic factors are the non-living components of the earth, while biotic factors are the living organism. Examples of abiotic factors are
Question : 5 men and 8 women can complete a work in 12 days working together, while 3 men and 7 women together can complete the same work in 15 days. In how many days will 11 women complete the same work?
Option 1: 12
Option 2: 8
Option 3: 6
Option 4: 16
Correct Answer: 12
Solution : Given, 5 men and 8 women can complete a work in 12 days working together 3 men and 7 women together can complete the same work in 15 days Let the work done by a man and a woman in a day be $a$ and
Question : Among three numbers, the second is twice the first and also thrice the third. If the average of the three numbers is 33, then the largest number is:
Option 1: 36
Option 2: 54
Option 3: 62
Option 4: 72
Correct Answer: 54
Solution : Let the first number be $x$, the second number be $2x$ and the third number be $\frac{2x}{3}$. The average of the three numbers is 33. According to the question, $x+2x+\frac{2x}{3}= 3×33$ ⇒ $11x=99 ×3$ $\therefore x=27$ Largest number = $2 ×27=54$ Hence, the correct answer
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