Answer: 600 mg in 36 hours.
Step-by-step explanation:
1. Divide 36 by 9, so you know how many times the infant has to take the medicine. 36/9=4
2. Multiply 150x4 because the infant has to take 150 mg, each dosage. 150x4=600.
3. Your final answer is 600 mg. (You did not need the infant's weight in this problem. So, that's why it was not worked in.)
Hope this helps. :)
Answer:
B (2,-3) A (7,-8)
Step-by-step explanation:
they are just the same points but in the negative side of the x-axis
The answer is A. 14 and 15
Given that the original length of the baguette is 65, and for each day 15 gets cut off, we have the function
l(d) = 65 - 15d
where d is a positive integer representing the nth day. As a matter of fact, the possible vaalues for d are 0, 1, 2, 3, and 4. Since on the 5th day, there won't be enough baguette anymore. This shows that the function l(d) is not continous since only certain points satisfy the condition.
Thus, the function is l(d) = 65 - 15 where {d| 0 ≤ d ≤ 4} and it is discrete<span>.</span>
MxM=M^2 (m squared)
Highest variable comes first, so it'd be m^2+5m+6
(m+2)(m+3) is your answer. That is it factored. If that equation equals 0, then m=-2 or -3
