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Intravenous Infusions, Parenteral Admixtures, and Rate-of-Flow Calculations

Intravenous Infusions, Parenteral Admixtures, and Rate-of-Flow Calculations

Intravenous Infusions, Parenteral Admixtures, and Rate-of-Flow Calculations. By Ali Khidher Alobaidy. Injections are sterile pharmaceutical solutions or suspensions of a drug substance in an aqueous or nonaqueous vehicle.

By freja
(597 views)

CARDIAC OUTPUT

CARDIAC OUTPUT

CARDIAC OUTPUT. Dr. Grrishma B. At the end of the class the students should know…. Definition of cardiac output (CO), Stroke volume, EDV, ESV, Ejection fraction, Cardiac index and cardiac reserve and their normal values Factors affecting CO Explain the regulation of CO

By heather
(820 views)

At the end of this unit you should:

At the end of this unit you should:

At the end of this unit you should: 1. Be able to explain the difference between a fuel and a fossil fuel. 2. Be able to describe how different fossil fuels are formed. 3. Be able to test and identify the product of combustion. 4. Be able to test and compare a selection of fuels.

By hoshi
(134 views)

La gestione della gastroenterite acuta in ospedale

La gestione della gastroenterite acuta in ospedale

Università degli studi di Napoli “ Federico II ” Dipartimento di Pediatria . CASI CLINICI DEL MERCOLEDI DIPARTIMENTO DI PEDIATRIA Napoli 25 GENNAIO 2012. La gestione della gastroenterite acuta in ospedale. Dr. Andrea Lo Vecchio. Dr. Eugenia Bruzzese. Prof. Alfredo Guarino.

By lala
(245 views)

Recombinant DNA Bacterial Transformation Teacher Preparation Sterile Materials

Recombinant DNA Bacterial Transformation Teacher Preparation Sterile Materials

Recombinant DNA Bacterial Transformation Teacher Preparation Sterile Materials. Recombinant Transformations Sterilized Materials List (per group of students) 1 pack of 8-10 toothpicks wrapped in aluminum foil 1 pack of 4 large paper clips bent at 90 o wrapped in aluminum foil

By keren
(138 views)

Put 50 mL of vinegar in the bottle and a scoop of baking soda on the paper.

Put 50 mL of vinegar in the bottle and a scoop of baking soda on the paper.

Group 1. Put 50 mL of vinegar in the bottle and a scoop of baking soda on the paper. Obtain the mass of the bottle, bottle cap, vinegar, baking soda and paper. Add the baking soda and the paper dish to the bottle with vinegar and quickly put the cap on the bottle.

By taber
(256 views)

Transfusion medicine

Transfusion medicine

Transfusion medicine. A.Basi ADULT HEMATOLOGIST ,ONCOLOGIST IRAN UNIVERSITY OF MEDICAL SCIENCES. The standard donation is approximately 450 mL (within 10%) of blood collected into 63 mL of citrate phosphate dextrose anticoagulant, resulting in a final volume of 468 to 558 mL.

By glain
(323 views)

COMPLEXOMETRIC TITRATION

COMPLEXOMETRIC TITRATION

COMPLEXOMETRIC TITRATION. Lecturer : Budi Hastuti, S.Pd, M.Si. Complex. Anhydrous CuSO 4 (no crystal water) → white CuSO 4 5 H 2 O → blue oldish Cu 2+ ion changes color? → The occurrence of complexes between Cu 2+ ions and other species in solution (H 2 O). The Notice of Complex.

By lorant
(1749 views)

Oceanic Absorption

Oceanic Absorption

Oceanic Absorption. In this activity, you will conduct an experiment to learn about the method of oceanic absorption for carbon sequestration. Materials you’ll need.

By bikita
(130 views)

pKa PRO ™ System: Quoting, Consumables

pKa PRO ™ System: Quoting, Consumables

pKa PRO ™ System: Quoting, Consumables. pKa Analysis Reagents. Aqueous pKa Measurements Low pH sample diluent High pH sample diluent Outlet buffer (10 mM sodium tetraborate) 0.1N NaOH solution (for conditioning capillaries) 12-point pH buffer kit (bulk, 100 mL/each)

By manju
(124 views)

S T A I N I N G

S T A I N I N G

S T A I N I N G. DWI WINARNI Departemen Biologi Fakultas Sains dan Teknologi Universitas Airlangga Surabaya. Unstained cells/ tissues. Stained cells/ tissues. dyes. depend on affinity of tissue component for a certain dyes. PURPOSE of staining is to enhance contrast .

By seth
(235 views)

Solutions

Solutions

Solutions. Solution Definitions. Solution: homogeneous mixture, evenly mixed at the particle level (like salt water). Solute: substance being dissolved. Solvent: present in greater amount that can dissolve the solute. Classes of Solutions. aqueous solution :. solvent = water.

By wirt
(124 views)

Lab session 2

Lab session 2

Lab session 2. Determination of protein pI. IUG, 2012 TMZ. PRINCIPLE. Proteins are amphoteric electrolytes.

By johnda
(60 views)

Laboratory Glassware and equipment lab 2

Laboratory Glassware and equipment lab 2

Laboratory Glassware and equipment lab 2. Outline. Welcome Reading a Meniscus Types of Glassware Reading and Recording Volumes Cleaning Glassware Digital Thermometer Using Graduated Glassware Using a Buret Using a Pipet Using a Volumetric Flask Cleanup Next Assignment. Welcome.

By meadow
(206 views)

过氧化氢含量的测定

过氧化氢含量的测定

化学国家级实验教学示范中心. Northwest University. 基础化学实验 I (无机化学与化学分析实验). 过氧化氢含量的测定. 实验技能训练要点. 氧化还原滴定操作 ---- 首次训练 移液管的洗涤、润洗及正确使用 ---- 巩固练习 酸式滴定管的操作 ---- 巩固练习. 实验目的. 实验原理. 实验步骤. 实验结果与讨论. 实验延伸. 实 验 目 的. 掌握 KMnO 4 溶液的配制与标定过程,了解自动催化反应。 学习 KMnO 4 法测定 H 2 O 2 的原理及方法。. 实 验 原 理. 在 酸性 条件下:

By charis
(143 views)

一、物质的量浓度:

一、物质的量浓度:

一、物质的量浓度:. 1、概念:以单位体积 溶液 所含 溶质 B 的物质的量来表示溶液组成的物理量,叫做溶质 B 的物质的量浓度。. 2、表达式: C B = ( 单位: mol/L). 练习和讨论:. 1. 计算下列溶液的物质的量浓度:. ⑴ 1molNaOH 固体溶于水,配制成体积 为 1L 的溶液。 ⑵ 1 克 NaOH 固体溶于水,配制成体积 为 1L 的溶液。 ⑶ 1molNaOH 固体溶于 1L 水配制的溶液。. 2. 请大家计算下列各溶质的物质的量浓度:. 2. 2. 5. 0.2.

By orien
(166 views)

物质的量浓度

物质的量浓度

物质的量浓度. 一、物质的量浓度:. 1 . 概念:以单位体积 溶液 所含 溶质 B 的物质的量来表示溶液组成的物理量,叫做溶质 B 的物质的量浓度。. 2 . 表达式: C B = ( 单位: mol/L). 注意:. 1. 溶质是用物质的量表示而不是用 质量表示 . 2. 是溶液的体积而不是溶剂的体积. 练习和讨论:. 1. 计算下列溶液的物质的量浓度:. ⑴ 1mol NaOH 固体溶于水,配制成体积 为 1L 的溶液。 ⑵ 4g NaOH 固体溶于水,配制成体积 为 1L 的溶液。

By vinny
(150 views)

Jeopardy

Jeopardy

Jeopardy. Choose a category. You will be given the answer. You must give the correct question. Click to begin. Choose a point value. Choose a point value. Click here for Final Jeopardy. Science Process Skills. Volume. Mass. Density. Measurement. 10 Point. 10 Point. 10 Point.

By kizzy
(100 views)

SOLUTIONS AND PRECIPITATES

SOLUTIONS AND PRECIPITATES

SOLUTIONS AND PRECIPITATES. What mixes, what doesn’t and Why. MIXTURES: 1 + 1 = 2 or Does It?. Add 50 mL of H 2 O to 50 mL of H 2 O ⃗ 100 mL Mixture Add 50 mL of H 2 O to 50 mL of MeOH i.e Water + Methanol (Methyl Alcohol) ⃗ ?? mL Mixture. WHY?. IONIC SPECIES IN SOLUTION.

By zasha
(106 views)

Problems with Diesel Cars

Problems with Diesel Cars

Problems with Diesel Cars. Combustion Deposit. Power Decrease Noise Shorten Engine life Soot Bad Fuel Efficiency. Poor Lubricity. Knocking. Incomplete Combustion. Performance of MaxSaver ESDA 2100. Detergency Improver. Engine Cleaning Comfortable Driving

By diallo
(97 views)

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