(99)/(99) +9.
It is five.
Ninety nine divided by nine equals eleven
To make 11 using three 9s, you can use the following mathematical expression: ( 9 + \frac{9}{9} ). Here, ( \frac{9}{9} ) equals 1, so the equation simplifies to ( 9 + 1 = 10 ). However, since this equals 10, we can actually use the expression ( 9 + 9/9 = 11 ) as a correct approach.
9 + (9/9) = 10
9s + 7 = -11 9s = -18 s = -18/9 s = -2
It is five.
9.99999999
Ninety nine divided by nine equals eleven
To get 100 using five 9s, you can use the following mathematical expression: (99 + 9/9) = 100 This equation involves adding 99 to the result of 9 divided by 9, which equals 1. This gives you a total of 100 using five 9s.
I'm not quite sure if this is what you mean but: 9/9=1 9+1=10 9/9=1 10*1=10 The whole thing: (9/9)*(9+(9/9))=10
To make 11 using three 9s, you can use the following mathematical expression: ( 9 + \frac{9}{9} ). Here, ( \frac{9}{9} ) equals 1, so the equation simplifies to ( 9 + 1 = 10 ). However, since this equals 10, we can actually use the expression ( 9 + 9/9 = 11 ) as a correct approach.
The GCF of 9s and 63s^3 is 9s.
999 + (999/999) = 1000
9 + (9/9) = 10
Yes, there are an infinite number of posibilities. Staying only with positive odd numbers, if duplicates are allowed, then five 9s and five 11s make 100. If duplicates are disallowed, then 1 + 3 + 5 + 7 + 9 + 11 + 13 + 15 + 17 + 19 = 100
You could have one No. 9 or a handful of No. 9s
9s + 7 = -11 9s = -18 s = -18/9 s = -2