Answer:
33/65
Step-by-step explanation:
Answer:
.51
Step-by-step explanation:
Answer:
true
Step-by-step explanation:
The metric system is used for most scientific and medical measurements and all pharmaceutical companies now use the metric system for labeling medications.
The most common system of measurement for medication is indeed the metric system, which is utilized globally for its precision and universality. Its units cater to fundamental attributes in medicine dosages, such as volume, length and weight.
True, the most common system of measurement for medication is the metric system. This system is utilized globally and, in the healthcare field, it's critical for measuring and administering medications due to its precision and universality. The metric system's units of meters, liters, and grams cater to volume, length and weight - all fundamental attributes in medication dosages. If we take an example, a physician may prescribe 500 milligrams (mg) of a particular drug, where the milligram is a common metric unit used to denote mass.
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Answer:
Step-by-step explanation:
The equation for Pablo's order is given as 6T+2D=9 or 6T+2D-9=0
While the equation for Jasmine's order is given as 4T+2D=7 or 4T+2D-7=0
Subtracting Jasmine's equation from Pablo's
6T+2D-9-(4T+2D-7)=0
This gives us
6T+2D-9-4T-2D+7=0
The reduces to
2T-2=0
Dividing all through by 2 gives
T-1=0
Therefore
T=1
Substituting the value for T into any of the equations of either Pablo and Jasmine
Using Pablo's
6T+2D=9
6(1)+2D=9
2D=9-6
2D=3
There D= 3/2