John should receive about 7200 milligrams of the drug.The unit conversion given is,1 lb =0.45 kg.
<h3>What is weight?</h3>
The weight of matter is found as the product of the mass and the gravitational acceleration.
Unit conversion;
1 lb =0.45 kg.
Dosage of a drug = 200 mg / kilogram
John weighs = 80 lb
1 lb =0.45 kg.
80 lb = 36 kg
According to the weight the drug should he receive is;
Dosage of a drug = 200 mg / kilogram × 36
Dosage of a drug = 7200 milli gram
Hence, John should receive about 7200 milligrams of the drug.
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Answer:
8 -2 π square units
Step-by-step explanation:
Hi, I hope this helps; I apologize for answering late. I just now completed this lesson, myself! I assure you its right.
Let us manually add the given numbers.
450
790
123
____
1363
Therefore we see that the correct answer 1363 which is far
from what Jill got which is only 1163.
Therefore the answer is No, the sum should be 1363 (closer
to 1400).
Answer: Choice A
The simulated probability probability is 0.450, which is less than the theoretical probability
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Explanation:
In the given list of numbers shown, count how many times an even number comes up. In this case, the even numbers that show up are, in this order: 2, 6, 6, 4, 4, 6, 2, 2, 6
There are 9 even numbers in the list of 20 total. So the simulated probability of getting an even number is 9/20 = 0.450 which is a 45% chance. This is based on this current data set.
If we assumed that each side of the die was equally likely to be landed on, then there are three even numbers (2,4,6) out of six total (1 through 6). So the theoretical probability of getting an even number is 3/6 = 1/2 = 0.500
Comparing 0.450 to 0.500, we see that 0.450 is smaller. You can think of it as like saying "450 is smaller than 500".