1000 ml flask of 0.9% sodium chloride solution is to be slowed down from a 6 hourly rate to an 8 hourly rate what is the new rate in drops per minute assume the use of a standard macro drip giving set

Name: Solved: 1000 ml flask of 0.9% sodium chloride solution is to be slowed down from a 6 hourly rate to an 8 hourly rate what is the new rate in drops per minute assume the use of a standard macro drip giving set - MathMaster
Brand: MathMaster
Rating: 4.9 (101 reviews)

101

likes

507 views

Answer to a math question 1000 ml flask of 0.9% sodium chloride solution is to be slowed down from a 6 hourly rate to an 8 hourly rate what is the new rate in drops per minute assume the use of a standard macro drip giving set

$Expert avatar$

Fred

4.4

58 Answers

A standard macro drip set delivers 15 drops per milliliter. So, for a 1000 ml flask, the total number of drops would be 15,000 drops (1000 ml * 15 drops/ml). If the current rate is to administer this over 6 hours, then the rate in drops per minute is: Current rate = Total drops / Total time in minutes = 15000 drops / (6 hours * 60 minutes/hour) = 15000 drops / 360 minutes = 41.67 drops/minute Now, if we want to slow this down to an 8 hourly rate, we can calculate the new rate as follows: New rate = Total drops / New total time in minutes = 15000 drops / (8 hours * 60 minutes/hour) = 15000 drops / 480 minutes = 31.25 drops/minute So, the new rate is approximately 31.25 drops per minute. Please note that in practice, drip rates are usually rounded to the nearest whole number, so you might administer approximately 31 drops per minute.

Frequently asked questions (FAQs)

Math question: Solve the inequality system: y < 5x - 3 and 2x + y > 0.

Question: What are the period, asymptotes, and range of the cotangent function f(x) = cot(x)?(

What is the solution to the inequality 3x + 5 < 20? Solve and express the solution set using interval notation.

New questions in Mathematics

Y=-x^2-8x-15 X=-7

What is the amount of interest of 75,000 at 3.45% per year, at the end of 12 years and 6 months?

(6.2x10^3)(3x10^-6)

The main cost of a 5 pound bag of shrimp is $47 with a variance of 36 if a sample of 43 bags of shrimp is randomly selected, what is the probability that the sample mean with differ from the true mean by less than $1.4

∫ √9x + 1 dx

A mutual fund manager has a $350 million portfolio with a beta of 1.10. The risk-free rate is 3.5%, and the market risk premium is 6.00%. The manager expects to receive an additional $150 million which she plans to invest in several different stocks. After investing the additional funds, she wants to reduce the portfolio’s risk level so that once the additional funds are invested the portfolio’s required return will be 9.20%. What must the average beta of the new stocks added to the portfolio be (not the new portfolio’s beta) to achieve the desired required rate of return?

Use a pattern to prove that (-2)-(-3)=1