Migrating to Ionic 2 from Ionic 1 Introduction Ionic 2, the next version of the popular Ionic Framework, has been in development since early 2015
The purpose of this lab audit form is to allow lab personnel to do quick and easy self-audit of their labs. The checklist incorporates major components of lab safety
Paper Chromatography Lab ... 4th – Have your answers checked by the teacher. Keep trying until you are able to identify all 6 pens! Pen A matches # _____
1.3 STRUCTURES OF COVALENT COMPOUNDS 13 1.9 Draw an appropriate bond dipole for the carbon–magnesium bond of dimethylmagnesium. Ex-plain your reasoning
Nomenclature #1: Binary Ionic Compounds 1. Write the chemical formulas for the following binary ionic compounds: ... Nomenclature #4: Acids and Review 1
How to find a preferred Lab or Freestanding Facility using myuhc.com 1. ... through our free registration ... Available for Apple Learn More About
Lee - Sample Lab Report B 2 To investigate the amount of energy stored in different types of foods, food items were analyzed using the method of calorimetry
• 1/2 projects built using MongoDB with NodeJs. 1. It’s Java 1. Team still can write back-end and front-end in Java 2. ... AngularJS and Ionic (pdf) Created Date:
1º Round Case ilustrando as particularidades do desenvolvimento mobile. 2º Round Desenvolvendo com Ionic
you'll see how to connect to external databases, such as Firebase. You will .... Did you know that Packt offers eBook versions of every book published, with PDF ... 25. Install Sublime Text. 25. Install Cordova and Ionic CLI. 26. The platform guide.
Date: ______ Per: ___. Ionic Bonding WebQuest. Part 1: Go to http://www. visionlearning.com/library/module_viewer.php?mid=55. Read the Chemical Bonding and Ionic Bonding sections, and answer the following questions: 1. Elements react with each other
Ionic Compounds Containing Transition Metals. The transition metals are the elements located in the middle of the periodic table (in groups 3-12. Unlike the group 1 and 2 metal ions, the charges of transition metal ions are not easily determined by t
N – 0.006590383 moles (3 significant figures). M = m n. = 0.33 grams. 0.006590383 moles. = 50.0729 g mole. = 50. grams/mole or 5.0 10 grams/ mole. 8. Determine the percent error. Molar Mass of Butane C4H10 = 58.123 g/ mole. Percent Error = accepted −
Ionic Nomenclature Worksheet I. Write the formula for each of the compounds. 1) copper(II) sulfate 10) barium hydroxide 2) ammonium nitrate 11) calcium
Ionic Framework Front-end framework for developing hybrid mobile apps with HTML5
Ionic Tutorial For Cross‐ ... For Angular 2, here is a link to a tutorial: https://www.tutorialspoint.com/angular2/. Angular 2 is used
transition metals will form cations with more than one possible charge. The following Periodic Table shows the charges for metal cations commonly found in ionic compounds: 1A. 2A. Transition Elements (B). 3A. 4A. 5A. H+1. Li+1. Be+2. Na+1. Mg+2. Al+3
Ions and Ionic Compounds ... Be able to name cations, anions, and polyatomic ions. ... In each of the following squares write the formula for the compound and its name
Transport Management Plans for oversize and/or overmass movements in NSW FACT SHEET Introduction This information sheet provides information about oversize and/or
Conclusion: The experiment is conducted as per the procedure laid down. The specific gravity of soil solids obtained is ______. This value falls in the range 2.6 to 2.75. Hence the type of soil is ______. Post - Viva Questions: 1. What are the standa
CATIA Part Design & Sketcher CATIA® V5R19 TABLE OF CONTENTS Introduction .....1 Manual Format
Name _____Date _____ Period ____ Ionic Bonding Worksheet For each pair of elements below draw an atomic diagram showing
The Protists - Eukaryotic Organisms Kingdom Protista. Single-celled, eukaryotic organisms are called protists. They are grouped together in. Kingdom Protista. Those protists that ... heterotrophic organisms that occupy marine, freshwater and terrestr
Name _________________________________Date ______ Period ______
Ionic or Covalent Bonding Lab Purpose: Some properties may be useful to predict the type of bonding in a substance. These properties are phase at room temperature, melting point, solubility in water, and electrical conductivity. In this experiment you will find how these properties vary in ionic and covalently bonded substances. Hypothesis:________________________________________________________________________ __________________________________________________________________________________ __________________________________________________________________________________ Materials: Procedure: Part One 1.) Place a tiny amount of each sample (<1g) of each substance in each well of the dish provided. Put one sample in one well only. Do not put in the distilled water. 2.) In the data table record the phase at room temperature. 3.) Test each substance for electrical conductivity using the meter provided. Record your results in the data table. DO NOT add water until the dry substances are tested first. 4.) Place several drops of distilled water into the wells with a solid sample. Do not put water into the liquid samples. Mix the samples so that each has a chance to dissolve in the water. 5.) Determine which substance is soluble. HINT: which substances dissolved in the water and which did not? Record this in the data table under “solubility”. The substance dissolves if the original substance is no longer visible. The water solution may have a color but should be transparent. 6.) Test each substance a second time using the conductivity meter provided. Record which substance will conduct electricity in the data table. Part Two: Testing the Melting point of the solid substances. TEST Substances B,C,D and H! 1.) Make a 2 small foil cups by wrapping a piece of aluminum foil around your thumb. Your cups should be about the size of the end of your thumb. 2.) Put a small amount (1 gram) of one solid into a small foil cup. 3.) Heat each cup over the Bunsen burners for about 30 seconds. Record in the data table which substance melts, carmelizes, decomposes or in which nothing happens at all. Substance
a.) Distilled water b.) NaCl c.) KCl d.) Sugar e.) Oil f.) Ethanol g.)Glycerine h.) CaCl2
Phase at 20OC (solid or liquid)
Melting Point (high or low)
Electrical Conductivity without water (Yes or no)
Electrical Conductivity with water (yes or no)
Solubility Does it dissolve (yes or no)
Type of Bond (Ionic or Covalent)
Questions: 1.) What properties in general do covalent-bonded substances have? Describe at least four properties based on information from your experiment. See your data table. a. b. c. d. 2.) What general properties do ionic-bonded substances have? Describe at least four properties based on information from your experiment. See your data table. a. b. c. d. 3.) Which compound melted most easily-salt or sugar? Explain why one melts easily and the other does not melt at all.
4.) Using the Periodic Table explain how the position of the elements that make up sugar (the formula for sugar is C12H22O6 and Ethanol is C2H5OH) can be used to tell if the bonds are ionic or covalent. (HINT: ionic compounds are made of a metal plus a non-metal; covalent compounds are made of nonmetals combined with other non-metals)
5.) Using the Periodic Table explain how the position of the elements that make up the salts (NaCl, CaCl2 and KCl) can be used to tell if the bonds are ionic or covalent. (HINT: ionic compounds are made up of two or more elements that are far apart on the Periodic Table)
