10UMB021 OFFSITE FEEDER LIST (CT -1) SL. NO KKS CODE DESCRIPTION LOCATION ON 1. COOLING TOWER -1 IN COMER 10BFT 03 2. C. T. LIGHTING (15 F-B) 15F-D 3. C.T. SLUDGE PUMP (15 F-B) 15F-D 4. SPARE (15 F-C) 15F-C 5. C.T. SWITCH GEAR LIGHTING (15F-E) 15F-E 6. SUPPLY SERVICE BUILDING (14 F-C) 14F-C 7. 00EGA HSD UNLOADING PUMP-1 (14F-B) 14F-B 8. 10PAB11AN001 C.T-1 FAN -1 5F-B 9. 10PAB11AN002 C.T-1 FAN -2 5F-C 10. 10PAB11AN003 C.T-1 FAN
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reaction because the shock wasn’t able to trigger the threshold for action potential production. The lowest reaction with shock was .3 volts created by a contraction of a low number of the fibers in the muscle. When you increased the shock to 1 volt you increased the tension made by the muscle because of an increase in the amount of contracting muscle fibers. At around 1 volt the muscle tension remained about the same because all possible motor units had been activated in the muscle. A single twitch-type
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control section includes a timer‚ a system to control power output‚ and safety systems known as interlocks. The high voltage section includes parts that step up the power from the usual household amount of one hundred fifteen volts to a tremendously high three thousand volts! These volts are what starts the heating up that we are so used too. 3) Electricity The process of microwaving food starts when electricity is introduced into the microwave oven through its electric plug. The electricity moves
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below.) If I use Large gauge of wire and Copper as the material‚ with a voltage of 100 Volts and 100 number of winds‚ then this will produce the strongest electromagnet. Gauge Choices: Large‚ Medium‚ or Small Material Choices: Copper‚ Aluminum‚ or String Voltage Choices: 10‚ 50‚ 100 Number of Winds: Choice of 2 to 100 If I use __Large___ gauge of wire and ___Copper____ as the material‚ with a voltage of __100__ Volts and ___100___ number of winds‚ then this will produce the strongest electromagnet
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learning. Milgram implemented an aggressive shock generator with shock levels beginning at thirty volts and increasing in fifteen volt increments to the maximum of four hundred fifty volts. In the study‚ the “teacher” is informed to communicate words and ask the “learner” to interpret the information back. If the learner answers incorrectly‚ the teacher supposedly shocks the learner with fifteen volts‚ with a gradual increase to four hundred fifty according to incorrect responses. Interestingly‚
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implement an electric shock for each incorrect answer. The shocks started at 15 volts and increased by a series of 15 volts for each incorrect answer to a total of 450 volts. The stooge cried and screamed when the supposed electric shock was administered. All participants went to at least 300-volts on the shock generator.
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circuit. Resistance is measured in Ohms. George Ohm discovered that a circuit sometimes resists the flow of electricity. He called this ’RESISTANCE.’ He even came up with a rule for working out the resistance of a circuit‚ which was: R= V ÷ I V- Volts I- Current R- Resistance Ohms law says the more resistance means more energy is needed for the current to pass through the wire. Resistance is a measure of how much energy is needed to push the current through something. Resistance occurs when
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Would you continue to induce shock waves through someone’s body if they pleaded for their lives screaming “Let me out of here. My heart’s bothering me. Let me out‚ I tell you. (Hysterically) You have no right to hold me here. Let me out!” (Milgram‚ 1965) You would hope that any decent human being would sympathise and realise that enough is enough. But Stanley Milgram’s obedience experiment found that an astonishing 26 out of 40 (Milgram‚ 1963) of your average‚ everyday American men would shock an
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Electrical Charges: Electrical charges come as plus or minus. Like charges repel‚ unlike charges attract. Electrons and protons have‚ to fantastic accuracy‚ equal and opposite charges. Quarks have 1/3 the electron charge but are never seen alone! In wires electrons do the moving to carry electrical current. In solutions or plasmas there can be positive charge carriers‚ ions or protons. Although the signal to tell electrons to move in wires travels at about 2/3 the speed of light
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that there was heat loss. 421513027876500230124016446500Materials: Brass Aluminium Thermometer Chronometer Cables (Red & Black) Voltmeter Ammeter Bubbles insulator Results: Aluminium: Brass: Volt: 6V Volt: 6V Current (I): 2.6a Current: 2.6a Time: 600s Time: 360s Mass: 1kg Mass: 1kg Initial Temp: 23°c Initial Temp: 23°c Final Temp: 33°c Final Temp: 36°c
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