There are infinitely many answers. The simplest is 1 times 63.
There are a lot of answers. One example is 41 + 22 = 63. You could do stuff like 62 + 1 = 63 and 61 + 2 = 63. The list can go on forever.
-56
There are infinitely many possible answers. Here is one: 62 + 1
-2*126 = -252 -4*63=-252 4*(-63)=-252 and many more answers are possibke
There are infinitely many answers. The simplest is 1 times 63.
There are a lot of answers. One example is 41 + 22 = 63. You could do stuff like 62 + 1 = 63 and 61 + 2 = 63. The list can go on forever.
-56
There are infinitely many possible answers. Here is one: 62 + 1
-2*126 = -252 -4*63=-252 4*(-63)=-252 and many more answers are possibke
Oh, dude, math time! So, like, if you add 31 and 32 together, you get 63. It's like basic arithmetic, you know? Boom, there's your answer. Math can be fun, right?
The cast of 63-fun-go - 2009 includes: Yukihide Benny Zeppeki Fujiyama Keisuke Isayama Itsuji Itao Cay Izumi as Indian Maki Mizui Tsugumi Nagasawa Sarasa Tani
Well, I just did an experiment on that, and with an ordinary lecture, the average grade was a 50. In a fun class, the average score was 63. So yea, learning should be fun!
3*N + 12 = 63 or 3*(N + 12) = 63 From the wording, the first is more likely but it gives rise to a fractional solution. If you are at a stage where you are learning to generate such equations, fractional answers are less likely.
There are many answers to this question ! A few examples of TWO number combination answers are... 1 & 124, 12 & 113, 62 & 63 and 81 & 44.
Each of these factor pairs (multiply the numbers in parentheses) equals 63: (1, 63) (3, 21) (7, 9)
The factors of 63 are 1, 3, 7, 9, 21 and 63. To find all the factors of a number start with 1 times the number and list the factor pairs. 63: 1 x 63 3 x 21 7 x 9