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First, we will find the first value of s which satisfies both condition i.e. remainder 1 when divided by 9 and remainder 2 when divided by 4.

10 is such number which satisfies the conditions.

Now, next number = 10+ (9*4) = 46
next number = 46+ (9*4) = 82

as 30<s<90 , means only two numbers are in that range i.e. 46 and 82

Sum of all possible values of s = 46+ 82
= 128

Option D
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When s is divided by 9, the remainder is 1.
When s is divided by 4, the remainder is 2.

We can now write, \(\frac{9x+1}{4}\) gives a remainder of 2.

The above equation is satisfied when x = 1, 5, 9...etc
The numbers are 10, 46, 82.

\(30<s<90\), i.e, 46+82 = 182.

D is the answer.
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30 < s < 90

In first case s = 9q1 + 1;
The set is {37, 46, 55, 64, 73, 82};

In the second case s = 4q2 + 2;
The set is {34, 38, 42, 46, 50, 54, 58, 62, 66, 70, 74, 78, 82, 86};

After satisfying all conditions set of possible values of s = {46, 82};

Hence required sum = 46 + 82 = 128

IMO ans is D.
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Bunuel
If the integer s is divided by 9, the remainder is 1. If s is divided by 4, the remainder is 2. If s is between 30 and 90, what is the sum of all possible values of s?


(A) 46
(B) 72
(C) 82
(D) 128
(E) 132

s/9=q+1
s/4=p+2
→9q-4p=1
q=1;p=2
least value of s=10 no too low
product of divisors=36
10+36=46 yes
46+36=82 yes
82+36=118 no too high
46+82=128
D
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Bunuel
If the integer s is divided by 9, the remainder is 1. If s is divided by 4, the remainder is 2. If s is between 30 and 90, what is the sum of all possible values of s?


(A) 46
(B) 72
(C) 82
(D) 128
(E) 132

S=9q+1
S=4q+2
By rule- S=36q+10
lsince, 30<S<90
S= 42 and 82
Sum= 128
Answer D
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Bunuel
If the integer s is divided by 9, the remainder is 1. If s is divided by 4, the remainder is 2. If s is between 30 and 90, what is the sum of all possible values of s?


(A) 46
(B) 72
(C) 82
(D) 128
(E) 132
Find the first value that matches both the conditions
S=9Q+1
S=4P+2
S=10
Next Value will be 10+LCM(4,9)
=46
NEXT 46+LCM(4,9)
=46+36
=82
Since S is between 30 and 90
Desired value= 46+82
=128
D:)
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Bunuel
If the integer s is divided by 9, the remainder is 1. If s is divided by 4, the remainder is 2. If s is between 30 and 90, what is the sum of all possible values of s?


(A) 46
(B) 72
(C) 82
(D) 128
(E) 132

A remainder of 1 when divided by 9 is satisfied by 10 which also leaves remainder 2 when divided by 4.

Thus, the set of numbers after 10 will be obtained by adding the lcm of the divisors 4 and 9 ie 36

Thus, the numbers are 10, 10+36=46, 46+36=82

Required sum = 46+82=128

Answer D
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