Significant figures communicate how carefully a measurement is made. You could round it
1. as soon as there is no numbers after a 0 that's where significant figures end. Quite hard to explain
The figure 18.03 has a total of four significant numbers
They are 4 significant DIGITS, not numbers! It is only 1 number.
All numbers are significant.
There are 5 significant figures.
Yes because 7.8 you count the numbers that are not complied with 70.08 get it if not ask again and i'll explain more:)
1. as soon as there is no numbers after a 0 that's where significant figures end. Quite hard to explain
231.57 has five significant figures/numbers. All the numbers in 231.57 are significant.
How do you have numbers what. Can you explain better
All nonzero numbers are significant.
It is not possible to explain a false proposition.
When multiplying numbers with significant figures, round the final answer to match the number with the least significant figures in the original numbers.
Three. All nonzero numbers are significant, and any zeros in between significant numbers are significant.
The figure 18.03 has a total of four significant numbers
Pythagoras believed numbers could be used to explain the natural world.
Pythagoras believed numbers could be used to explain the natural world.
Answer: There are six. Answer: There is no such thing as "significant numbers". I assume you mean "significant digits". All digits are significant in this case - a zero (or more than one zero) between other digits is always significant.