Organizational Change and Forging Bonding Relationships Michelle Santana‚ Viviana Plaza‚ Susan Taylor‚ Lucia Romero‚ Kimberly Small‚ Jessica Weigel Zakarian University of Phoenix Creating Change Within Organizations HCS587 Laura Rainey October 6‚ 2014 Organizational Change and Forging Bonding Relationships Implementing Organizational Change states that forging bonding relationships in an organization is critical to success. How would you do this in challenging economic times when cost-cutting measures
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Chem 201 /HW#10 Chapter 9 Electronegativity Table: use this table to answer Q [pic] 1. Bromine tends to form a monatomic ion which has the electronic configuration of a noble gas. What is the electron configuration of that noble gas? a. 1s2 2s2 2p6 3s2 3p6 3d10 4p6 b. 1s2 2s2 2p6 3s2 3p6 4p6 4d10 c. 1s2 2s2 2p6 3s2 3p6 4s2 4p6 d. 1s2 2s2 2p6 3s2 3p6 3d10 4s2 4p6 e. 1s2 2s2 2p6 3s2 3p6 3d10 4s2 4p6 4d10 2. Which ion of
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Lab Report for Experiment #7 Student’s Name __________Lisa __________ Date of Experiment _08/03/2013__________ Date Report Submitted ______08/05/2013___________ Title: Identification of Metallic Ions Purpose: To perform and observe the flame tests of some alkali and alkaline earth metal ions. Understanding Light Introduction: Electrons from an atom can absorb energy and become excited to move from the stable “ground state” energy level to a higher energy level. Imagine
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of -OH groups around the ring. a. Predict and explain the types of IMFs that would occur between paper and water. How do these interactions account for the hydrophilic nature of paper? i. Hydrogen bonding would occur between the hydroxyl groups of glucose and the water molecules. Since hydrogen bonding is the strongest intermolecular force‚ the hydrogen bonds between the glucose in cellulose and water would make paper very hydrophilic. b. Explain the types of intermolecular interactions that would
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Intermolecular Forces Intermolecular forces are forces of attraction or repulsion which act between neighboring particles (atoms‚ molecules or ions). They are weak compared to the intramolecular forces‚ the forces which keep a molecule together. There are a few types of attractive intermolecular forces such as: Dipole-Dipole Forces Dipole–dipole interactions are electrostatic interactions of permanent dipoles in molecules. These interactions tend to align the molecules to increase the attraction
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Atoms‚ Airs‚ and Chemical Bonding Rich McConnell‚ CH-201 Grantham University Atoms‚ Airs‚ and Chemical Bonding 1. Alcohol in our digestive system reacts with oxygen gas to form carbon dioxide and water. How many grams of carbon dioxide are released if a 10.00 g alcohol sample reacts with 20.85 g of oxygen gas and produces 11.77 g of water? Answer: 19.08g CO2 2. Using the periodic table‚ fill in the missing information in the following table: Protons Neutrons Electrons Isotope Symbol 27 32 27
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Kevlar is much stronger than other polymers * On reason Kevlar is stronger than other polymers is because of their strong intermolecular hydrogen bonds. Unlike the van der Waals interactions that are found in other polymers‚ because of hydrogen bonding there are very strong intermolecular forces connecting the chains and takes a lot of energy to pull them apart. Also because the polymer Kevlar is made up of elements like carbon‚ oxygen‚ hydrogen‚ and oxygen its very light and has a low flammability
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“The Effects of Open Communication or Bonding Between Parents and Children”‚ submitted to Ms. Genevieve C. Tudlong‚ in partial fulfilment for the subject ENGLED 2: Writing in the Discipline‚ submitted by Julie Ann Almida‚ Marcial Kiwas‚ Micah Polon and Demi Rose Tacay on January 29‚ 2013. I. Introduction A. Background B. Significance of the study and presentation of the problem C. Hypothesis II. Body A. The effects of lack of attachment or lack of bonding 1. Conscience Development 2
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the lab‚ categorize each unidentified compound as ionic or covalent. Explain in one or two sentences why you categorized the compounds the way that you did. (5 points) 2. Explain‚ in your own words‚ the differences between ionic and covalent bonding that account for the differences in their melting points. (4 points) 3. In order to conduct an electrical current‚ a substance must have charged particles (ions or electrons) that are free-moving‚ or able to move about throughout the sample
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Lewis Structure: One of the easiest ways to start drawing a Lewis Structure is to make a list of each atom in the structure and next to each atom record how many valence electrons it has and how many it needs to fill its valence shell. In covalent bonding the valence electrons in the molecule come from the valence electrons in the atoms that formed the bond. a. The number of valence electrons in any main group atom is equal to its group # (I‚II‚II‚IV‚V‚VI‚VII‚ VIII or 1‚2‚3‚4‚5‚6‚7‚8)
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