65=A; 70=f; 75=k; 80=p; 85=u 90=z

66=B; 71=g; 76=l; 81=q; 86=v;
67=c; 72=h; 77=m; 82=r; 87=w;
68=d; 73=i; 78=n; 83=s; 88=x;
69=e; 74=j; 79=o; 84=t; 89=y

95-65=25;
so how can be 26 values from 65 to 95;

when did 95-65 equal 25?

I count 26, from 65 - 90

Where did you get the 95?

To understand how there can be 26 values from 65 to 95, let's break this down step by step:

1. The range from 65 to 95 includes all the decimal ASCII codes between these two values. In the ASCII table, each character is assigned a unique decimal number (code) that represents it. In this case, the range from 65 to 95 corresponds to the uppercase English alphabet characters and some additional symbols.

2. By subtracting 65 from each value in the range (65 to 95), you are essentially translating the range to start from 0 instead of 65. This is because the ASCII code for 'A' is 65, and by subtracting 65, we are making 'A' equivalent to 0.

3. So, when you subtract 65 from the range of 65 to 95, you get a new range from 0 to 30 (95 - 65 = 30). This new range represents the values of the uppercase English alphabet characters when translated to start from 0.

4. However, since there are only 26 letters in the uppercase English alphabet, not all numbers from the range 0 to 30 will have corresponding letters. The additional values beyond 26 are the symbols or special characters represented by decimal ASCII codes between 91 and 95.

In summary, the range from 65 to 95 represents the decimal ASCII codes for uppercase English alphabet characters and some additional symbols. When you subtract 65 from each value, you get a new range from 0 to 30, representing the letters A to Z. However, the additional values beyond 26 in this range are not valid letters, but rather symbols or special characters.