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ExpertsGlobal5
If a certain store has fewer than 40 pumpkins, how many pumpkins does the store have?

(1) If 8 customers bought an equal number of pumpkins, 3 would be left over.
(2) If 6 customers bought an equal number of pumpkins, 1 would be left over.


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It’s mentioned we have fewer than 40 pumpkins. We need to find the number of pumpkins in store.

Statement 1:

If 8 customers bought an equal number of pumpkins, 3 would be left over.

8a + 3 = Total number of pumpkins.

8a+3 < 40

The possible values are : 11,19,27,35.

We have more than one value. Hence, Insufficient

Statement 2:

If 6 customers bought an equal number of pumpkins, 1 would be left over.

6b + 1 <40

The possible values are : 7, 13, 19, 25, 31,36.

We have more than one value. Hence, Insufficient

Combining both, we get

The common value among the two groups is 19.

Hence, Sufficient

Option C
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ExpertsGlobal5
If a certain store has fewer than 40 pumpkins, how many pumpkins does the store have?

(1) If 8 customers bought an equal number of pumpkins, 3 would be left over.
(2) If 6 customers bought an equal number of pumpkins, 1 would be left over.

Explanation:

Let the total number of pumpkins be N.
Since the store has fewer than 40 pumpkins, N < 40. (Equation I)
We need to find whether the value of N can be determined.

Statement (1)

N = 8p + 3, where p is some non-negative integer. (Equation II)

Possibility 1: If p = 1, then N = 11.
Possibility 2: If p = 2, then N = 19.

It is NOT possible to determine with certainty the value of N. Hence, Statement (1) is insufficient.

Statement (2)

N = 6q + 1, where q is some non-negative integer. (Equation III)

Possibility 1: If q = 1, then N = 7.
Possibility 2: If q = 2, then N = 13.

It is NOT possible to determine with certainty the value of N. Hence, Statement (2) is insufficient.

As Statement (1) alone as well as Statement (2) alone is insufficient to answer the question, we need to now combine the two statements.

Statement (1) and Statement (2) combined

The values of N that satisfy both Equation I and Equation II are 3, 11, 19, 27, and 35.
The values of N that satisfy both Equation I and Equation III are 1, 7, 13, 19, 25, 31, and 37.
The only value of N that satisfies all three equations is 19.

It is possible to determine with certainty the value of N. Hence, Statement (1) and Statement (2) combined are sufficient.

C is the correct answer choice.
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