1.
In 1.500, how many significant figures are present?
2.
How many significant figures does 143.25 have?
4.
200.0 has how many significant figures?
5.
What does uncertainty in measurement refer to?
6.
During rounding, if the digit after 5 is zero or absent, the preceding digit:
7.
Which shows maximum precision?
8.
In multiplication/division, the result must keep:
9.
The value of 1 nano (n) is:
11.
12000 has how many significant figures (without decimal)?
12.
Which operation uses decimal places rule?
13.
1 litre (L) is equal to:
15.
The SI prefix femto (f) equals:
16.
1 Yotta (Y) corresponds to:
17.
Which number shows uncertainty clearly?
18.
In 6.90 × 10³, how many significant figures?
19.
The prefix micro (µ) corresponds to:
20.
1.325 ± 0.001 shows how many significant figures in measurement?
21.
Which has 4 significant figures?
22.
3.333 + 0.011 = ? (correct sig figs)
23.
5.621 × 2.0 (correct sig figs)?
25.
1 atmosphere is equal to:
26.
1 Zetta (Z) is equal to:
27.
How many significant figures does 0.00345 have?
28.
The energy hierarchy from highest to lowest is:
29.
0.056 × 2.1 (correct sig figs)
30.
1 Exa (E) corresponds to:
31.
NaCl formed using isotopes Cl-35 & Cl-37. Law illustrated is:
34.
In addition/subtraction, the answer should be rounded based on:
35.
The last digit in any measured number is called the:
36.
Which zeroes are always significant?
37.
The prefix zepto (z) corresponds to:
39.
5.478 rounded to 3 significant figures becomes:
40.
Significant figures refer to:
41.
A measurement is accurate when:
45.
72.5 + 0.008 (correct sig figs)?
