THINK! by

Darija/Lithuania

2020-10-23 07:14:09 UTC

1. Because 4 is a composite number. It divides by 1, 2,4.
2. (6,9)
3. A cesarean cipher can be an option for an affine cipher.

Adrian N/Romania

2020-10-25 08:12:04 UTC

1. This occurs because 4 is a composite number. It can be divided by 1, 2 and itself.
2.(2,2)
3.The Caesar cipher is the same as the Affine cipher with a=1.

Delia I./Romania

2020-10-25 09:06:29 UTC

1. This occurs because 4 is a composite number. It can be divided by 1, 2 and 4
2. (4,8)
3. The Caesar cipher is very similar to Affine cipher .

In some situations they are the same.

Diana B./Romania

2020-10-25 10:07:19 UTC

1.Because 4 is a composite number and it can be divided by 1,2 and 4.
2.(2,6)
3.The Afiine cipher is a alternative to Caesar cipher when a=1

Karla M./Romania

2020-10-25 11:28:55 UTC

1.Because 4 is a composite number.It can divides by 1,2 and 4.
2.(2,4)
3.The Affine cipher is the as the Caesar cipher when a=1.

Iulia P./ Romania

2020-10-25 11:31:37 UTC

1. This problem occurs because 4 is a composite number that can be divided by 1, 2 and 4
2. (2,8)
3. If a = 1, the Affine cipher is equivalent to the Caesar cipher.

Alexandru L./Romania

2020-10-25 13:57:17 UTC

1.Because 4 is a composite number.It can divides by 1,2 and itself.
2.(4,0)
3.If a=1, the Affine cipher is equivalent to the Caesar cipher.

Andrei P./Romania

2020-10-25 14:25:28 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself.
2. (2,6)
3. The Caesar Cipher and the Affine Cipher are very similar in some situations.
For example, when a=1, the ciphers are the same thing.

Mihai A./Romania

2020-10-25 14:37:15 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself.
2. (2,2)
3. The Caesar Cipher and the Affine Cipher are very similar in some situations.
For example, when a=1, the ciphers are the same thing

Danut M./Romania

2020-10-25 15:43:30 UTC

1.This problem exist because 4 is a composite number,it can be divided by 1,2 and 4.
2. (4,8)
3.

iulian.r

2020-10-25 16:59:19 UTC

1)This problem occurs because there are 2 different numbers x1,x2 that belong to the set {1,2,3,.....,26} with the property f(x1)%26=f(x2)%26
2) (2,2)
3)if a=1=>f(x)=x+b it means The Affine Cipher coincides with Caesar cipher code

Edward S./Romania

2020-10-25 17:35:28 UTC

1.Because 4 is a composite number . It can be divided by 1,2 and 4.
2. (2,2)
3. The Caesar cipher is the same as the Affine cipher with a=1.

Denisa I/Romania

2020-10-25 18:50:55 UTC

1.Because 4 is a composite number and it can be divided by 1,2 and 4.
2.(2,6)
3.The Afiine cipher is a alternative to Caesar cipher when a=1

Diana V.B. /Romania

2020-10-25 19:11:42 UTC

1.Because 4 is a composite number and it can be divided by 1,2 and 4.
2. (2,2)
3. The Affine Chiper is the same as the Caesar Chiper when a=1.

2020-10-25 19:21:30 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself

Rares B./Romania

2020-10-25 19:21:44 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself
2.(2,6)
3.If a=1, the Affine cipher is equivalent to the Caesar cipher.

ANTONELA/ROMANIA

2020-10-25 19:28:41 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself.
2. (2,2)
3. the caesar chipher and affine chipher are in some situations they are the same.

Emma P/Romania

2020-10-25 19:31:02 UTC

1.This problem occurs because 4 is a composite number and it can be divided by 1,2 and itself
2.(4,2)
3.If a=1, the Affine cipher is equivalent to the Caesar cipher.

Alexia G./Romania

2020-10-25 20:12:20 UTC

1. This problem occurs because 4 is a composite number so it can be divided by 1, 2 and 4.
2. (2,1)
3. Caesar Cipher is the same as the Affine Cipher when a=1.

Iuliana O./Romania

2020-10-25 21:15:21 UTC

1. This problem occurs because 4 is a composite number and it can be divided by 1,2 and itself.
2. (2,2)
3.If a=1, the Affine Cipher is equivalent to the Caesar Cipher.

Flavia N./ROMANIA

2020-10-25 21:25:43 UTC

1.This problem occurs because 4 is a composite number so it can be divided by 1,2 and 4.
2.(2,3)
3.When a=1,the Affine Cipher is the same as the Caesar Cipher

Raluca E./Romania

2020-10-25 22:09:40 UTC

1. This problem occurs because 4 is a composite number and it can be divided by 1,2 and itself.
2. (4,0)
3. When a=1, the Affine Cipher is equivalent to the Caesar Cipher.

Andrei M.

2020-10-26 07:04:08 UTC

1. This problem occurs because 4 is a composite number. It means it can be divided by 1,2 and itself. 2. (2,6) 3. The Caesar Cipher and the Affine Cipher are very similar in some situations. For example, when a=1, the ciphers are the same thing.

Seda D.

2020-10-28 14:33:53 UTC

1) the number a so 4 is a composite number./ Prime numbers

2) (8,11)

3) Modular arithmetic is used in both encryption techniques.

Alin C.

2020-10-29 19:50:20 UTC

1 )
That problem exists because 4 is a compound number and can be divided into numbers smaller than this but with a positive value (1,2,4).

2) (2,6) ( (0,0) - the value is the same anytime )

3)These 2 encryption methods are related to each other because in both there is modular arithmetic

Sümeyye Ö.

2020-10-30 18:17:26 UTC

1)This problem occur because there is 4 positive number
2) (4,6)

Cosmin T.

2020-11-23 09:23:13 UTC

1. This problem occurs because 4 is a composite number that can be divided by 1, 2 and itself
2. (4,8)
3. If a = 1, the Affine cipher is equivalent to the Caesar cipher.

Petra-Croatia

2020-12-01 21:29:16 UTC

a) Because 4 is a composite number, it can,be divided by 1, 2 and itself
b)(2,2)
c) The Caesar cipher is same as the Affine cipher when a=1

Ramona P.

2021-01-25 15:46:12 UTC

1. That problem exists because 4 is a compound number and can be divided into numbers smaller than this but with a positive value (1,2,4).
2. (8,11)
3. When a=1, the Affine Cipher is equivalent to the Caesar Cipter.