Answer:
50.80 mL/hr
Step-by-step explanation:
The prescription is using kg for the mass unit while the weight use pounds. We have to change the weight unit into kilograms to calculate the dose of the IV infusion. The type of solution should not have any influence on the calculation.
If one kilogram equal to 0.0.453592 pounds, the calculation will be:
14 pounds * (0.0.453592 kg/ pounds) * 8mL/kg/hr=
6.35 kg * 8mL/kg/hr= 50.80 mL/hr
<span>
C (-3,0,0),(0,5,0),(0,0,-2)
D (-20,0,0),(0,12,0),(0,0,-30)</span>
Answer:
EBGA
Step-by-step explanation:
The triangle is isosceles (XZ = YZ), so the base angles are congruent. The total of all three angles in the triangle is 180 degrees, so subtracting out 52 leaves 128 degrees for the two base angles together. Each base angles measures half of that, so
, code E.
Look at vertex Y. The big angle there also measures 64 degrees.

Angle 3 is a vertical angle with the 88 degree angle, so its measure is also 88 degrees (code G).
Finally, angle 4 is an exterior angle in the small triangle that contains angles 2 and 3. In that triangle, angles 2 and 3 are the remote interior angles.

Answer:
A
Step-by-step explanation: