Significant figures are the digits that carry meaning to its measurement. Significant figures includes all the numbers excluding all the leading zeros, trailing zeros. All non zero digits are significant. Zeros between the non zero digits are significant. In a decimal number, trailing zeros are significant.
Now, consider the given number 0.23350
Since, in a decimal number all the trailing zeros are significant.
So, in the number 0.23350 there are five significant figures 2,3,4,5 and 0.
Therefore, there are 5 significant figures in the given number.
Answer:
A "sample" from a population is a small group of poeple chosen, such as 200 people is a sample of people chosen from a total of 5000
Okay, this is my proof. I'm not exactly sure if this is a viable proof, but I think it works.


Hence, from x > 0, it is always increasing (gradient > 0)
y = lnx crosses the x-axis only once, so there is only one root.
Since x cannot be less than zero, as well as a monotonic increasing function for x > 0, and the fact that it crosses the x-axis once, then as x approaches 0 from the positive side, f(x) has to be approaching negative infinity.
I hope this helps you
-[x+y=5]
-x-y=-5
x+4y=14
-x-y+x+4y=-5+14
3y=9 y=3 x=2
Answer:
63783657865781645871661746656395761497567945659871264558716 million answers are possible but ill give u the most accurete answer its f659 degrees
Step-by-step explanation: