you subtract it from 3hunna
Wiki User
∙ 10y agoThe 4 times table will show that a number is divisible by 4. Therefore, times any number, odd or even, by 4: the answer will be divisible by 4.
76
times what
The rule for finding a number in the second row of the table is not provided in the question.
i dont know but a ratio table is easier
You learn you 11 times table.
It has to be present in the 8 times table - By revising your times table, you will find it quite easy to work out division sums. :)
The 4 times table will show that a number is divisible by 4. Therefore, times any number, odd or even, by 4: the answer will be divisible by 4.
They know this because 3 is a factor of 402, therefore 3 multiplied by a number(134 to be precise) will give the quotinent 402 so 402 is therefore in the 3 times table.
if you add the digits of the number such as 81 8+1=9 every time, the digits of the number will add up to 9
76
Difficult to learn, unless you know the 29 times table...
say if you had to find the LCM of 4 and 3 you can go up in the 4 times table or the 3 times table (4times table will be quicker because it's a bigger number) 4 times table= 4, 8, 12, 16, 20, 24, 28 3 times table= 3, 6, 9, 12, 15, 18, 21 find the number that is in both times tables (has to be the LOWEST common number) in this case is 12 because it is in both lists. Once your able to do this, you'll get use to the idea and you can think of other ways to do it, but this way is good for people that have just started. It would be easier if you know all of your times tables up to 10.
times what
The rule for finding a number in the second row of the table is not provided in the question.
175 is not a multiple of 3, so it doesn't appear on the 3 times table.
If I understand the question correctly, you know the volume of a shape whose dimensions are known in centimetres and you want to know how the number changes when the dimensions are measured in millimetres. If that is the question, the answer is that the number representing the volume in cubic millimetres, is 1000 times as large.