at the location of the nucleus (treated as a point). ANSWER: from the electron toward the electron out of the page into the page Exercise 28.16 A square wire loop 11.0 on each side carries a clockwise current of 15.0 . Part A Find the magnitude of the magnetic field at its center due to the four 1.20 ANSWER: = = 2.38×10−6 wire segments at the midpoint of each
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South Pole. ii) The magnetic field lines are closer at the poles. iii) The magnetic field lines do not intersect each other. 2) Magnetic field due to a current carrying conductor:- If a magnetic compass is placed near a conductor carrying current (wire)‚ the needle is deflected. This shows that a conductor carrying current has a magnetic field around it. If the direction of the current is from north to south‚ the deflection of the magnetic needle is towards the east. If the direction of
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+ Ag(s) The values of the coefficients can be determined experimentally by measuring the mass of copper wire that reacts with the mass of silver that is produced in the above reaction. BACKGROUND MATERIALS NEEDED The reaction of copper and silver nitrate in aqueous solution provides an interesting display of chemistry in action – delicate silver crystals begin to grow on the wire surface and the colour of copper(II) ions gradually appears in the solution. Stoichiometry is the area of
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People say first impressions are lasting impressions. Some people notice a person’s eyes when they meet someone new‚ others notice their smile. Many Americans are hesitant to smile or show their teeth‚ this is where orthodontics can make a difference. There are many ways to fix your oral cavity problems. The purpose of this essay is to show how orthodontic treatment began‚ how it works‚ how much it is and why you need orthodontic appliances. It was not until the 1800’s‚ when people started becoming
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D battery Insulated 22G wire 2 large-eyed‚ long‚ metal sewing needles (the eyes must be large enough to fit the wire through) Modeling clay Electrical tape Hobby knife Small circular magnet Thin marker Procedure 1. Starting in the center of the wire‚ wrap the wire tightly and neatly around the marker 30 times. 2. Slide the coil you made off of the marker. 3. Wrap each loose end of the wire around the coil a few times to hold it together‚ then point the wires away from the loop‚ as shown:
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GLOBAL COUNTRY STUDY REPORT ON WIRE AND ROPE INDUSTRY OF UAE Business Opportunities for India / Gujarat Submitted to L.J. Institute of Computer Applications Institute Code: Under the Guidance of Prof. Kiran Khatri In partial Fulfillment of the Requirement of the award of the degree of Master of Business Administration (MBA) Offered By Gujarat Technological University Ahmedabad Prepared by: HARSH MEHTA RUTUL KANUGA NARESH GOHEL KHUSALI PATEL JAY HARSORA MEERAJ GIRACH Students
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Materials The materials required for this experiment: 9 wooden barbeque sticks (disposable skewers) 150 mm long each Approximately 500 mm of copper wire Red and black insulated wire (0.5 mm) ‚ 5 meters long each 1 tube of super adhesive glue 1 roll of scotch tape 1 roll of insulation tape Aluminum foil 50mm x 500 mm 1 DC high voltage power supply ?up to 50kV at 5005A Ruler Paper knife 1 resistor 10kohm‚ 2W Procedure 1. For this experiment‚ the independent variable is the DC voltage
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Copper-Silver Nitrate Reaction Introduction In this experiment copper wire will be placed in a solution of silver nitrate. This single replacement reaction will produce a blue solution of copper II nitrate and solid silver. By weighing the reactants before the reaction‚ the mass of silver produced can be predicted. This theoretical yield can be compared to the actual yield of silver. Purpose Students will compare the theoretical mass of silver with the actual mass of silver from the single
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exploiting novel properties arising because of the nanoscale. This paper describes about the implementation of Nanotechnology to different areas of nano wire‚ how the nano wires can put their effect in day to day life of human beings or on technology. Keywords: silicon‚ nanowire‚ optical properties‚ absorption‚ reflection. I. INTRODUCTION OF NANO WIRE: Nanotechnology deals with creation of materials‚ devices and systems through manipulation of matter at the nanometer length scale. The object created
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dam let water (at great speed and pressure) to rush past turbines. The flow of water generates enough power to turn the turbines which creates electricity. The entire process repeats with each high tide. Two current technologies which are used to harness the kinetic energy of tidal flow: 1) Drag Devices Water wheels: • insufficient compaired to other modes of generation • blade speed can not exceed that of the current 2) Lift Devices Turbines: • wind mill technology applied to liquid
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