if 10 is divided by 3 equals 3.endless 3, then it must have a certain numbers of point 3's to become 10.?
354693
9.999999.... is 10 which has been proved several times on Yahoo answers.\n\nThe problem is that we are on the base 10 scale.  If we were on base 6 scale, for example, then 10/3 = 2.  However, in base 6, 10/5 = 1.11111.....  So whatever base you have,  you will always have this repeating decimals problem.
159634
well lets seeee.... 1 + 3 = 4 and 4 + 6 = 10, so next would be 10 + 9 = ... well i'll just leave that part to you!!
849323
.333333 It's also infinite, meaning the 3's go on forever.
279409
Find every number between 101 and 999 that is divisible by 7 and then add them together.  Hmmm......like I really am going to do that.
435984
Let you thought of a number x.\n\nThen tripled number becomes = 3x\n\nAdding five to this makes it = 3x + 5.\n\nThen acc. to statement, 3x + 5 = 14\n\nor, 3x = 14 - 5 = 9\nor, x = 9/3 = 3.\n\nHence the answer is 3.
759105
False... y has to be 2...\n(3,2) is a solution, but not (3,1).
270355
x>=10  draw the number line\n\n<...8...9...10------> x is everything to the right of 10 all the way up to infinity, and since it is greater than or EQUAL to, it also includes 10.  That would make it a closed interval on the left side [10,infinity)\n\nNote that +/- infinity are always open intervals, since you never reach them.
98782
Just substituting x for 0 yields -9/-3 = 3.  This is not the indeterminate form 0/0 hence the limit is obtained by substitution, ie the answer is 3.
767112
Here's what you should think: 3 times a number that has to be zero or higher, then having another 3 added to it, cannot possibly equal 1 (it must be at least 3).  So there is no solution.\n\nYou did say it was an inequality, though.  If the = was really > or >=, the answer is all real numbers.  If it was < or <= the answer is the empty set.
801312
I am not 100% clear on the conditions:\n\n3*3*10 = 90 covers the case if each pizza can have any one of the ten toppings.\n\n3*3*10 + 3*3 (for pizzas with no toppings) = 99 covers the case if each pizza can have any one of the ten toppings or no topping.\n\nLook at the combinational computing answers below if a pizza can have multiple toppings.
270035
81=9*9=3*3*3*3=1*3*3*3*3\n=1*81\nOR\n=9*9\nOR\n=3*27
417413
3 Zero's make thousand- 1000, 2000, unless it is like 10, 000 which has 4 or 100000 which has 5
140472
If I give you three apples three times, you'll have 9 apples.  3x3=9\n\nIf I give you -3 apples  3 times, you'll have -9 apples.  It's like I'm taking 3 apples away from you 3 times.\n  -3x3=-9\n\nIf I give you 3 apples -3 times, It's like you giving me 3 apples 3 times, I'll have 9 apples and you'll have -9 apples.\n3x-3=-9\n\nIf I give you -3 apples -3 times, it's like you're taking away -3 apples from me 3 times, so'll I'll have -9 apples and you'll have 9 apples.\n-3x-3=9
495849
Minimum number of 3s is the most elegant solution\n\n(33 x 3) + 3/3 = 100
152941
Make the whole number a fraction. ex: 3 = 3/1
495793
10 is the next number in the series,\nI hope that I have answered your queries.\nThe 2 and the 3 misplaced they may seem,\nBut the squares of 4 and 9 are members of this team.\nI hope you found this helpful, along with my explanation,\nI'm truly better with numbers than with my rhyming sensation.
889893
2+7\n3+6\n9+0\n\nThat's it. They all add up to 9... I think that's what the question is asking.