I'm so so so confused on how to do this. I thought you would have to do a triangle to solve it but it didn't work. HELLLPPPLL!!!
!
2 answers:
You might be interested in
Answer:
We inject 60.9628 milliliters of dosage.
Step-by-step explanation:
Given : You are to give an injection of a drug. The dosage is 0.4 mg per kilogram of bod The concentration of the drug in vial is listed as 500 ug/ml. The patient's chart Hosts weight as 168 pounds.
To find : How many milliliters (= cc) are you to inject?
Solution :
We know that,
1 pound = 0.453592 kg,
Patient's weight = 168 pounds
Patient's weight in kg = kg
The dosage is 0.4 mg per kilogram of bod.
So, dosage of patient weight =
We know, 1 micro gram = 0.001 mg
Concentration of drug is given by,
Now we are supposed to find milliliters inject,
So, milliliters of dosage required to inject is
Therefore, We inject 60.9628 milliliters of dosage.
The missing figure is attached down
Answer:
Container A is filling more quickly
Step-by-step explanation:
<em>Let us explain the linear relation</em>
The linear equation is y = m x + b, where
- m is the slope of the line which represents the rate of change (change in y/change in x)
- b is the y-intercept which means the initial amount of y (at x = 0)
<em>If a line represents the amount of water over time, then it represents the rate of filling of the water</em>
∵ There are two containers A and B that have the same size
∵ The two lines represent the amount of water over time in
containers A and B
∴ The slopes of the lines represent the rat of water in the tanks
→ That means the greater slope represents the greater rate
∵ The greater the slope, the steeper the line
∴ The container that represented by the steeper the line is filling quickly
→ The line represents container A is steeper more than the line
represents container B
∴ Container A is filling more quickly
