Investigating the Resistance Of A Wire A simple investigation of the factors affecting the resistance of a wire. For each student group Cells‚ 1.5 V‚ with holders‚ 2 Crocodile clips‚ 2 Ammeter (0 - 1 amp)‚ DC Leads‚ 4 mm‚ 5 Wire available for class use (see technical notes) Power supply‚ 0 to 12 V‚ DC (OPTIONAL) Metre rule (OPTIONAL) Insulating tape (OPTIONAL) Digital and analogue ammeters‚ 0-1 A (OPTIONAL) Digital and analogue voltmeters‚ 0-12 V (OPTIONAL) Micrometer (OPTIONAL)
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attire for the weather. She appears to be worn out and tired. CM inquires the reason client appears to be tired. Client replies; “She is up early every day for work at 2am to leave the shelter by 3am.” Client continues to report she also suffers from sleep apnea and she will like to be housed in the Bronx. She continues to report she work in NJ and there is a van that picked up NY workers and transport them to NJ‚ and client continues to report she will prefer to be housed in the Bronx. SOCIAL
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because the electrons would bump into more atoms‚ the longer the wire which is like using up its fuel. Material – different materials inherent resistances as they have more or less atoms in them already. Thickness – Thickness affects resistance because the thicker the wire the more paths the electrons have to avoid the atoms. Therefore the cross sectional area is larger so there is less resistance. Temperature – The hotter the wire is the more energy the electrons have to flow faster. Why do we
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Practical Investigation Resistance in Wire Aim: To investigate if the length of wire affects its resistance and find out how the resistance changes when the length of wire increases. Hypothesis: My prediction is that as the length of wire increases‚ the resistance will also increase. This is because current is the flow of electrons in a circuit and voltage makes the electrons flow through the circuit. The electrons have to collide with the atoms in the wire‚ which makes the electrons harder to
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The purpose of this paper is to demonstrate the macro context of social work practice with individuals. The individual that will focus on is Miyu Moto. Miyu is a six yea old little girl that comes from a family of two sisters‚ both her parents and her grandmother. Miyu’s family came to the United States 18 years ago as political refugees from Hiroshima‚ Japan. Miyu’s parents Yurari and Gaku have described Miyu to be shy and reserved. Miyu’s teacher is concern about Miyu’s unwillingness to talk and
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social workers cannot focus on the problems that their patients have. To compensate for this‚ they give their patients medications to try and mask the symptoms. This is not what the social workers code of ethics is for‚ they do not do this type of work to benefit from the proceeds‚ but to help people who have needs. Another issue with HMO’s is that social workers are breaching their code of ethics by violating the privacy of their patients. They are being obligated to give out information on their
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bills and computing their earnings if their weekly tips are lower than the week before. They’re used to earning the same amount and spending the same amount. Hour-based workers have predicted schedules‚ which means they’re guaranteed forty hours of work
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in roads is increasing day by day. There is possibility of tapping the energy and generating power by making the speed breaker as a power generation unit. The generated power can be used for the lamps near the speed breakers. Hence‚ a project work has been done in our institution‚ implementing this idea practically under the title “Design and Development of Power Generation Unit in Speed Breakers”. This project explains clearly‚ the working principle of the designed system‚ its practical implementation
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The Global Sourcing Wire‚ pg. 805 1. Original Wire Quote: * Unit Price = $30 * Packing Costs = $0.75 per unit * Tooling = $6‚000 one-time fixed charge * Freight Cost = $5.20 per hundred pounds Yearly Unit Cost = ((monthly demand*12) * (unit cost + packaging cost)) + tooling charge Yearly Unit Cost = ((60000)*(30+.75)) + 6000 Yearly Unit Cost = (60000*30.75) + 6000 = $1‚851‚000 Yearly Unit Cost = $1‚851‚000 Unit Cost = Yearly Unit Cost / Yearly Demand Unit Cost
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Client’s name is Valerie Porter. She is 65 years of age with a history of gallbladder operation in 1975‚ anterior collateral ligament right knee surgery in 2011. She is currently taking Naproxen 500 mg‚ Lisinopril 40 mg‚ Hydrochlorothiazide 25 mg‚ and Simvastatin 20 mg. Her vital signs are; BP 132/86 mmHg on the right arm‚ 72 rpm‚ 20 bpm. Client’s states last radiographs were on June 6‚ 2017. She brushes her teeth twice a day with a medium toothbrush‚ flosses twice a day‚ and uses a mouth rinse.
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