8. In ALFABETA + GAMA DELTA, each letter stands for a unique number. F

1.	8. In ALFABETA + GAMA DELTA, each letter stands for a unique number. Find thevalue of each letterHOTS
Answer» There are lots of solutions for this problem. The only thing that is fixed is that E=4, A=5 F+M must equal to nine so (F,M) can be from the set (0,9)(1,8)(2,7)(3,6)(4,5)(5,4)(6,3)(9,0) T can be any digit from 0-9 L can be any digit from 0-9 D can be either 1 or 2 if D=2 then B=G=9 if D=1 then (B,G) can be any combination from the set (0,8)(2,6)(3,5)(4,4)(5,3)(6,2)(8,0) By following these rules you can simply select random pieces and they are solutions to ALFA+BETA+GAMA=DELTA 5795 + 6435 + 2505 = 14735or 5305 + 2475 + 6595 = 14375 these are some combinations.

8. In ALFABETA + GAMA DELTA, each letter stands for a unique number. Find thevalue of each letterHOTS

Answer»

There are lots of solutions for this problem. The only thing that is fixed is that E=4, A=5

F+M must equal to nine so (F,M) can be from the set (0,9)(1,8)(2,7)(3,6)(4,5)(5,4)(6,3)(9,0)

T can be any digit from 0-9

L can be any digit from 0-9

D can be either 1 or 2

if D=2 then B=G=9

if D=1 then (B,G) can be any combination from the set (0,8)(2,6)(3,5)(4,4)(5,3)(6,2)(8,0)

By following these rules you can simply select random pieces and they are solutions to ALFA+BETA+GAMA=DELTA

5795 + 6435 + 2505 = 14735or 5305 + 2475 + 6595 = 14375

these are some combinations.