Proving
Programming + Doodles = Awesome is true;
Let us prove that Programming + Doodles = Awesome isn't just a marketing sentence. It returns `true` when you take it this way:
_____
Each letter is assigned a value based on its position in the alphabet:
A = 1, B = 2, ..., Z = 26.
| A 1 |
B 2 |
C 3 |
D 4 |
E 5 |
F 6 |
G 7 |
H 8 |
I 9 |
| J 10 |
K 11 |
L 12 |
M 13 |
N 14 |
O 15 |
P 16 |
Q 17 |
R 18 |
| S 19 |
T 20 |
U 21 |
V 22 |
W 23 |
X 24 |
Y 25 |
Z 26 |
And then we can add up the letter values of our main three units: Programming, Doodles and Awesome.
Programming
P = 16, R = 18, O = 15, G = 7, R = 18, A = 1, M = 13, M = 13, I = 9, N = 14, G = 7
Total: 131
Doodles
D = 4, O = 15, O = 15, D = 4, L = 12, E = 5, S = 19
Total: 74
And when you add up the sum of the letter values for Programming (131) and Doodles (74), you end up with 205, which is equal to the sum of letter values for the word "Awesome".
Awesome
A = 1, W = 23, E = 5, S = 19, O = 15, M = 13, E = 5
Total: 205
Now you get to admit that in a technical but dumb way,
Programming + Doodles = Awesome is *somehow* a true equation.
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