The two zeros after the decimal point indicate that the number is accurate to one in a hundred. If there were 5 significant digits the true value would lie between 54288.5 and 54289.5 but the above representation tells you that is cannot be more than 54289.1, for example. In fact, the true value lies between 54288.995 and 54289.005
yes
No, it is not true.
False.
There are an infinite amount of numbers. That's true. Here are three examples: 0.051, 0.052, 0.053
True
Answer:0.00900 has 3 significant figures, "9", "0", and "0". The significant figures are shown in bold. This is true because:-All non-zero digits are significant (the nine)-All zeroes trailing the first non-zero digits are NOT significant (the first three zeroes)-If a number has a decimal point, all zeroes AFTER the last non-zero digit are significant (the last two zeroes). Therefore, it has 3 significant digits.
Yes, in a number like 13.04, both zeros are considered significant digits. The zero to the right of the decimal point in 13.04 is significant as it helps specify the precision of the number. The zero between the 3 and 4 is also significant as it shows that the number is not just 13.4, but 13.04.
True. True. True. True.
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.
true
The two zeros after the decimal point indicate that the number is accurate to one in a hundred. If there were 5 significant digits the true value would lie between 54288.5 and 54289.5 but the above representation tells you that is cannot be more than 54289.1, for example. In fact, the true value lies between 54288.995 and 54289.005
Yes.
before< after apex:)
Just one. The trailing zeros are not significant. * * * * * Not true. Integers with trailing 0s are ambiguous. You cannot differentiate between 500o as a number rounded to the nearest thousand (1 significant digit), or the nearest hundred (2 sig digits), or the nearest ten (3 sig digits) or the nearest unit (4 sig digits).
yes
In between any two rational numbers there is an irrational number. In between any two irrational numbers there is a rational number.