The minimum and maximum mass measurement is calculated as 1.467 kg and 1.533 kg respectively.
<h3>Minimum and Maximum mass measurement</h3>
The minimum and maximum mass measurement is determined from the uncertainty in the measurement.
For a given uncertainty of 2.2%, the minimum and maximum mass measurement is calculated as follows;
2.2% of 1.5 kg = 0.022 x 1.5 kg = 0.033 kg
minimum mass = 1.5 kg - 0.033 kg = 1.467 kg
maximum mass = 1.5 kg + 0.033 kg = 1.533 kg
Thus, the minimum and maximum mass measurement is calculated as 1.467 kg and 1.533 kg respectively.
The complete question is below:
what is the minimum and maximum mass of 1.5 kg if the uncertainty in measurement is 2.2%?
Learn more about uncertainty in measurement here: brainly.com/question/1577893
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To find this answer you will need to turn that percentage into a decimal. 49%=.49
Then, you will need to multiply 49x162
The answer should come up to be 79.38
Estimated is 79.00
Hope this helps:)
Answer:
32 copies
Step-by-step explanation:
16 is 1/3 of 48 (48÷3)
so 16+16 is 2/3 which is 32
(idk if that's how you're supposed to do it step by step but the answer is right)
<span>We need to use the distance formula for this problem.
d = sqrt[(x2 - x1)^2 + (y2 - y1)^2]
We need to find these values.
d = (52)^2 + (30)^2
Thus, these ships are approximately sqrt(3604) = about 60 miles apart.</span>