clothes Brainstorming & categorization of modules Mechanical Thermal Chemical Electrical Mechanism similar to iron pressing Blasting hot air on the clothes Reducing surface tension of water to enable faster drying Electrostatic attraction of water molecules Using vacuum (or low pressure) for suction of water Blowing a vortex of warm dry air Using deliquescent materials for absorption of water Rotation at higher rpm Using inward mechanical pressure
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The report‚ "Advanced Functional Material Market For Low Carbon Applications By Categories (Ceramics‚ Composites‚ Energy Materials‚ Conductive Polymers & Nanomaterials)‚ Applications (Chemicals‚ Electronics‚ Healthcare & Transportation) & Geography - Global Trends & Forecasts To 2018" define and segment the global AFM market with analysis and forecasting of the global market by revenue and volume. Browse 254 market data tables and 49 figures spread through 621 pages and in-depth TOC on "Advanced
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Statements: C2.2: Chemical Potential Energy Potential energy is stored whenever work must be done to change the distance between two objects. The attraction between the two objects may be gravitational‚ electrostatic‚ magnetic‚ or strong force. Chemical potential energy is the result of electrostatic attractions between atoms. C3.3: Heating Impacts Heating increases the kinetic (translational‚ rotational‚ and vibrational) energy of the atoms composing elements and the molecules or ions composing compounds
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® keep it simple science ABN 54 406 994 557 (02) 6583 4333 PO Box 2575 PORT MACQUARIE NSW 2444 FAX (02) 6583 9467 www.keepitsimplescience.com.au mail@keepitsimplescience.com.au keep it simple science Photocopy Master Sheets Years 7-8 FORCES Disk filename = “02.Forces” Copying is permitted according to the Site Licence Conditions only 1 Site Licence Conditions Our product is supplied on CD • You may copy the CD for back-up only. • You may store the CD contents
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GS104 Lab Report Experiment # 8 Static electricity or Electrostatics David Case: March 6‚ 2015 Experiment #8 Static Electricity or Electrostatics Objective: To explore the concepts of static electricity and to discover how many types of electrical charges exist and how they interact with each other Materials: 1 Scrap of white paper 1 Transparent tape 1 Aluminum Foil - 6"x 6" 2 Cup‚ Styrofoam‚ 8 oz 1 Dark paper - 1/2
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quickened‚ stem and leaf development are enhanced‚ and yields are expanded. Gandhare and Patwardhan (2014) conducted a research about the Electric Field Adoption for Germination Improvement. The utilization of electrostatic field prominently affected seed germination. The adaption of electrostatic field is the best strategy for seed improvement. Because of straightforwardness‚ this method is suitable for commercialization. The voltage inclination of 2 kV/mm‚ 20-second interim is the ideal value for best
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Semiconductors: Band Gap of Germanium and the Hall Effect Friday‚ Section 006 TA: Yilikal Ayino John Greavu with Daniel Erickson & Kevin Haar February 14‚ 2014 PreLab With the new understanding of quantum mechanics and solid-state physics in the 1930’s came the development of semiconductors. Semiconductors are materials such as silicon and germanium in which the current density is non-zero‚ unlike an insulator‚ yet still several magnitudes smaller than that of a conductor. There exists a significant
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ball is attracted to the ruler. Explain why the ball is attracted to the ruler. What is the name of this process? (3) Draw a sketch showing how the charge is distributed on the surface of the ball. (3) Provide ONE example of where this electrostatic attraction is used in everyday life and an advantage of its use. (2) [18] Things that I am unsure
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Chapter 4--The Three-Dimensional Structure of Proteins Student: ___________________________________________________________________________ 1. Exhibit 4A The following question(s) refer to this peptide: Cys-Ala-Gly-Arg-Gln-Met Refer to Exhibit 4A. Total hydrolysis of the peptide in HCl would yield these products: A. Ala‚ Arg‚ Cys‚ Gln‚ Gly‚ Met B. Ala‚ Arg‚ 2 Cys‚ Gln‚ Gly‚ H2S C. Ala‚ Arg‚ Cys‚ Glu‚ Gly‚ Met‚ NH3 D. Ala‚ Arg‚ 2 Cys‚ Glu‚ Gly‚ H2S‚ NH3 E. None of these answers is
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The band gap value of the DBAP molecule was calculated as 5.60 eV‚ which indicates that the DBAP molecule has stable molecular structure and the value is comparable with the band gap energy value of the reported bio-active molecules [16]. The higher hardness and lower softness value indicates the stability of the DBAP molecule. The obtained lower chemical potential and electrophilicity index values are comparable with the potential bioactive molecules [14‚ 16]. DOS spectrum was also simulated by
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