False, Zeros are only significant digits when there is a primary number such as 1 before the as in 3200, then two zeros are counted but if zeros are before as in 0.032 than the only digits counted are 3 and 2.
There are two significant figures in 2400. You can "dump" the zeros in a case like this. If the number was 55,000, you could dump the zeros there, too, and there'd be two significant figures.When working with a whole number (an integer), you can dump all the zeros to the left of the decimal until you reach the first nonzero digit. In the case of 343,505,000, you can only dump the 3 zeros, so there are 6 significant digits. If 12,005 is what you're working with, you can't dump any zeros and you have 5 significant figures. It's that simple with numbers that don't have any digits to the right of the decimal.There are 2 significant figures in 2400; they are 2 and 4.
In the number 0.09040, the insignificant digit is the last zero on the right. This is because trailing zeros to the right of the decimal point and after any non-zero digits are considered insignificant. The significant digits in this number are 9, 0, 4, and 0 from left to right.
The leading digits refers to the first numbers in the typical way from left to right. For instance, for a number like 2837. 258, the leading digits are 2 and 8.
No. In a number like 0.057030:The first and second zeroes are not significant.The third zero is significant.The fourth and last zero is also significant - if it weren't, it wouldn't be printed.
because they're place holders
The first 3 significant digits of a number are the first 3 digits starting from the left ignoring any leading zeros. So 31456 = 31500 (3 significant digits) The 5 in the "56" rounds the 4 up.
False, Zeros are only significant digits when there is a primary number such as 1 before the as in 3200, then two zeros are counted but if zeros are before as in 0.032 than the only digits counted are 3 and 2.
One. The zeros to the left are only position placeholders; they are not significant digits.
Non-zero digits are always significant. Zeros between non-zero digits are significant. Leading zeros (zeros to the left of the first non-zero digit) are not significant. Trailing zeros in a number with a decimal point are significant. Trailing zeros in a whole number without a decimal point may or may not be significant, depending on how the number is expressed.
Only if the number has an integer part.
Only one of them is significant. The leading zero (zero to the left) is not significant. The trailing zero (rightmost) is significant. To recap, only the zero following the seven is significant. See the related links for a really good article on significant digits.
There are 4 significant zeros in the measurement 0.000 040 200 m. Zeros between significant digits are considered significant, as well as zeros to the right of the decimal point in a measured quantity.
There are three, although integers ending in zeros are ambiguous.
Identify all non-zero digits, which are always significant. Any zeros between non-zero digits are also significant. Leading zeros (zeros to the left of the first non-zero digit) are not significant. Trailing zeros (zeros to the right of a non-zero digit and after the decimal point) are significant.
There are three significant figures in the number 0.00204. These are the non-zero digits 2, 4, and 4. Zeros to the left of the first non-zero digit are not significant.
The three types of zeros in chemistry are leading zeros (zeros to the left of the first non-zero digit), captive zeros (zeros between non-zero digits), and trailing zeros (zeros to the right of a non-zero digit in a number without a decimal point).