Essay --

Study Information for Test 1Contents1. par Sheet2.Test Coverage3.Test Format4.Practice Questions par Sheet The following will be provided on a tear-off planing machineEquationsConstants e = 1.60 x 10-19 C P = i V From 205 indicator = Test CoverageChapter 26 (Capacitance)26.1 offer and use the definition of capability give the SI unit of capacitance.26.2 sketch twin plates sendd by a battery and apply the formula for parallel plate capacitance.26.3 rationalize why capacitance increases when parallel plates atomic number 18 filled with an insulating material consider parallel plate capacitance including the dielectric constant.26.4 define series and parallel connections of electrical capacitys use these rules to reduce a capacitor circuit to a case-by-case capacitor and battery (if possible) define the charge and voltage of each capacitor in such a circuit.26.5 calculate the energy stored in a capacitor.Chapte r 27 (Current and resistance)27.1 define electric current and state the convention for its tutelage give the SI unit of current.27.2 define electric current niggardness for current uniformly distributed over a cross section of wire.27.3 state and use Ohms law.27.4 calculate the power dissipated in a resistivity calculate the resistance of a hot plate of a granted wattage and line voltage.Chapter 28 (Circuits)28.1 describe the functioning of a im single-valued functionial circuit consisting of a resistor and a battery using the affinity to fluid flow.28.3 define series and parallel connections of resistors use these rules to reduce a resistor circuit to a single resistor and battery (if possible) determine the current and volt... ...oltage loop rule to determine the charge Q2.Two sheets (A & B) carrying charge densities of - and + are placed at x = 1 cm and x = 7 cm (See the diagram below. Note that the horizontal and vertical scales are different). Two conducting slabs wi th widths of 1.5 cm and 0.5 cm are inserted between the charged sheets at the locations shown in the diagram. (Ignore fringing effects.)(a)Draw a graph that represents the electric potential as a function of x for x between 0 and 8 cm.(b)Draw a graph that represents the electric field as a function of x for x between 0 and 8 cm.(c) direct the potential passing between sheets A and B. Explain how you determined your answer.(d) consider the two slabs are connected with a wire. Will the potential difference be greater, smaller or equal to your answer in part (c)? Explain your reasoning.