significant figures are any numbers before or after a decimal point excep 0 so 01.2134 to 2 significant numbers is 1.2. if there is a 0 after a signifcant figure it counts for example.... 1.100 to three significant figures is 1.10
No. If I give you a list of non significant numbers, then there will be a first number in the list and it will therefore be a significant number as it's the first one of the list, so I'd have to remove it from the list. This would then leave the second non significant number as the first one in the list which gives it significance, so I'd have to remove it as well. The net result is that I'd have to remove all the numbers from the list of non significant numbers leaving it empty, that is, there are no non significant numbers.
265.5
In 10.00, the first significant figure is the "1", and the last significant figure is the last "0", because zeroes to the right of the decimal are significant. The two central zeroes are also significant because they are between significant figures, so 10.00 has 4 significant figures.
5. The zeros preceding (before) the 5 are place-holders and are not significant figures. However, the zero at the end indicates the level of accuracy and so IS a significant digit.
There are an infinite amount of multiples of 531, like 1062, 1593 and so on.
40 is no more significant than other numbers, and considerably less so than numbers such as π or e.
significant figures are any numbers before or after a decimal point excep 0 so 01.2134 to 2 significant numbers is 1.2. if there is a 0 after a signifcant figure it counts for example.... 1.100 to three significant figures is 1.10
No. If I give you a list of non significant numbers, then there will be a first number in the list and it will therefore be a significant number as it's the first one of the list, so I'd have to remove it from the list. This would then leave the second non significant number as the first one in the list which gives it significance, so I'd have to remove it as well. The net result is that I'd have to remove all the numbers from the list of non significant numbers leaving it empty, that is, there are no non significant numbers.
All three numbers are significant digits, so 3.
$531 converted into British pound sterling is £339.81. This is because the conversion of dollar to sterling currently is 1:0.63993871. So $531 multiply by 0.63993871 is equaled to £339.81. The conversion exchange rate can frequently change.
Non-zero numbers are always significant and leading zeros are never significant. So 0.007222 has 4 significant figures so rounding to 3 would give you 0.00722.
It would appear to have 2 significant figures, but if there is a decimal place after the 0 (so, 150.) then it is three.
6, because there is a 1 in front of the decimal so every number after the decimal is also a significant figure.
265.5
531 is a composite number because it has factors other than 1 and itself. It is not a prime number.The 6 factors of 531 are 1, 3, 9, 59, 177, and 531.The factor pairs of 531 are 1 x 531, 3 x 177, and 9 x 59.The proper factors of 531 are 1, 3, 9, 59, and 177 or,if the definition you are using excludes 1, they are 3, 9, 59, and 177.The prime factors of 531 are 3, 3, and 59. Note: There is repetition of these factors, so if the prime factors are being listed instead of the prime factorization, usually only the distinct prime factors are listed.The 2 distinct prime factors (listing each prime factor only once) of 531 are 3 and 59.The prime factorization of 531 is 3 x 3 x 59 or, in index form (in other words, using exponents), 32 x 59.NOTE: There cannot be common factors, a greatest common factor, or a least common multiple because "common" refers to factors or multiples that two or more numbers have in common.1, 3, 9, 59, 177, 531
In 10.00, the first significant figure is the "1", and the last significant figure is the last "0", because zeroes to the right of the decimal are significant. The two central zeroes are also significant because they are between significant figures, so 10.00 has 4 significant figures.