When you say 'kilo', I'm assuming you mean 'kilogram' since you're discussing force.
On Earth, 1 kilogram of mass weighs 2.205 pounds. (rounded) 7 kilograms of mass
weigh 15.43 pounds. (rounded)
In other places, the same 7 kilograms of mass has a different weight.
No, 67.20 pounds is not the same as 67.2 pounds. The first value includes two decimal places (67.20), while the second value has only one decimal place (67.2). However, in terms of numerical value, they are equivalent.
Previous response was: 109.05 mL Or 1.0905 x102, however, when taking sig figs into account, if you look at equation, since 102.5 only goes to the tenth after the decimal, the answer must be rounded up so that it too only goes to the nearest tenth after the decimal. Therefore 109.05 rounded up to 109.1ml. Answer is 109.1 ml.
When adding or subtracting significant figures(sig figs), the answer will be significant to the same number of decimal places as the number with the least number of decimal places used in the calculation. Example: 12.44+1.6+133.887=147.927 ==>147.9
The uncertain figure of 2.423 would be the thousandths place, as it is the last digit given after the decimal point and represents the smallest decimal place indicated.
An object that weighs 300 lbs on Earth has 136.078 kg of mass. (rounded)If it weighs 300 lbs in a different place, then its mass is some different amount.
2.53 rounded to the nearest decimal place is 2.5 2.53 rounded to the nearest decimal place is 2.5
It is already rounded to exactly that degree.
It is 44.3 when rounded to one decimal place
It is 61.3 when rounded to one decimal place
It is then 5.7 when rounded to one decimal place
It is 49.3 when rounded to 1 decimal place
It is 28.0 rounded to one decimal place
4.396 rounded to one decimal place is 4.4
71.949 rounded to 1 decimal place is 71.9
10.27 rounded to one decimal place = 10.3
3.214 rounded to one decimal place is 3.2
1.13 rounded to one decimal place is 1.1