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Hello

Since a, b, c, d, and e are 5 consecutive integers, in increasing order, thus
e=a+4
So basically question is asking what is the reminder of (a*(a+4))/12.
So putting 6, 8 are coming with the 0 reminder however a=10 will have reminder as 2. So In my observation the answer has to be E and not C, Plz explain.
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deepak.brijendra
Hello

Since a, b, c, d, and e are 5 consecutive integers, in increasing order, thus
e=a+4
So basically question is asking what is the reminder of (a*(a+4))/12.
So putting 6, 8 are coming with the 0 reminder however a=10 will have reminder as 2. So In my observation the answer has to be E and not C, Plz explain.

Hi deepak,
a is the largest and e is the smallest no.

you have considered a as the smallest and e largest.
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Solution


Given:
    • B is a two-digit number.
    • B = a x e, where both a and e are positive integers.

To find:
    • The remainder, when B is divided by 12.

Analysing Statement 1
As per the information given in statement 1, a is an even number greater than 5.
    • From this statement, we cannot determine what is e.
    • Therefore, we can’t also determine the value of B.

Hence, statement 1 is not sufficient to answer the question.

Analysing Statement 2
As per the information given in statement 2, a, b, c, d, and e are consecutive integers, in increasing order.

Now there can be multiple possibilities:

For example,
    • If a = 1, then e = 5, and B = 1 x 5 = 5, which is not divisible by 12.
    • However, if a = 2, then e = 6, and B = 2 x 6 = 12, which is divisible by 12.

As we get different remainders of different values of B, we can’t determine the answer from this statement.

Combining Both Statements
We know that a, b, c, d, and e are consecutive positive integers, in increasing order, where a is an even number greater than 5.

Hence, out of the five numbers, a, c, and e are even, and b and d are odd.
    • Now, if a = 6, then e = 10, and B = 6 x 10 = 60, which is divisible by 12.
    • If a = 8, then e = 12, and B = 8 x 12 = 96, which is divisible by 12.

We can’t have a = 10 or greater than 10, as if a = 10, then e = 14 and B will not remain a 2-digit number.

Therefore, only two possibilities exist, and in both cases, the remainder is 0 when B is divided by 12.

Hence, the correct answer is option C.

Answer: C

­It was confusing to solve for B in the question and have something about b in statement 2. Thankfully it was given that B is a 2-digit number. Can something of this sort happen in the actual exam?
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Haffun
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Solution


Given:
    • B is a two-digit number.
    • B = a x e, where both a and e are positive integers.

To find:
    • The remainder, when B is divided by 12.

Analysing Statement 1
As per the information given in statement 1, a is an even number greater than 5.
    • From this statement, we cannot determine what is e.
    • Therefore, we can’t also determine the value of B.

Hence, statement 1 is not sufficient to answer the question.

Analysing Statement 2
As per the information given in statement 2, a, b, c, d, and e are consecutive integers, in increasing order.

Now there can be multiple possibilities:

For example,
    • If a = 1, then e = 5, and B = 1 x 5 = 5, which is not divisible by 12.
    • However, if a = 2, then e = 6, and B = 2 x 6 = 12, which is divisible by 12.

As we get different remainders of different values of B, we can’t determine the answer from this statement.

Combining Both Statements
We know that a, b, c, d, and e are consecutive positive integers, in increasing order, where a is an even number greater than 5.

Hence, out of the five numbers, a, c, and e are even, and b and d are odd.
    • Now, if a = 6, then e = 10, and B = 6 x 10 = 60, which is divisible by 12.
    • If a = 8, then e = 12, and B = 8 x 12 = 96, which is divisible by 12.

We can’t have a = 10 or greater than 10, as if a = 10, then e = 14 and B will not remain a 2-digit number.

Therefore, only two possibilities exist, and in both cases, the remainder is 0 when B is divided by 12.

Hence, the correct answer is option C.

Answer: C

­It was confusing to solve for B in the question and have something about b in statement 2. Thankfully it was given that B is a 2-digit number. Can something of this sort happen in the actual exam?
­_________________________________
That's a typo. Edited. 
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Bunuel
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EgmatQuantExpert

Solution


Given:
    • B is a two-digit number.
    • B = a x e, where both a and e are positive integers.

To find:
    • The remainder, when B is divided by 12.

Analysing Statement 1
As per the information given in statement 1, a is an even number greater than 5.
    • From this statement, we cannot determine what is e.
    • Therefore, we can’t also determine the value of B.

Hence, statement 1 is not sufficient to answer the question.

Analysing Statement 2
As per the information given in statement 2, a, b, c, d, and e are consecutive integers, in increasing order.

Now there can be multiple possibilities:

For example,
    • If a = 1, then e = 5, and B = 1 x 5 = 5, which is not divisible by 12.
    • However, if a = 2, then e = 6, and B = 2 x 6 = 12, which is divisible by 12.

As we get different remainders of different values of B, we can’t determine the answer from this statement.

Combining Both Statements
We know that a, b, c, d, and e are consecutive positive integers, in increasing order, where a is an even number greater than 5.

Hence, out of the five numbers, a, c, and e are even, and b and d are odd.
    • Now, if a = 6, then e = 10, and B = 6 x 10 = 60, which is divisible by 12.
    • If a = 8, then e = 12, and B = 8 x 12 = 96, which is divisible by 12.

We can’t have a = 10 or greater than 10, as if a = 10, then e = 14 and B will not remain a 2-digit number.

Therefore, only two possibilities exist, and in both cases, the remainder is 0 when B is divided by 12.

Hence, the correct answer is option C.

Answer: C

­It was confusing to solve for B in the question and have something about b in statement 2. Thankfully it was given that B is a 2-digit number. Can something of this sort happen in the actual exam?
­_________________________________
That's a typo. Edited. 
­
It should not be b. As per the answer, B and b are different. My question was whether same letter with different capitalization can be used to mean different numbers in the test.

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