electricity is made up of A. inside a electrochemical cell, the B butetor, Condu
ID: 1876608 • Letter: E
Question
electricity is made up of A. inside a electrochemical cell, the B butetor, Conductor, 3. Below each of the following Electric Potential EnergV. Capacitive Time super oondluctor ng quantities, write the corresponding metric unit they are measured in: the Resistivity, Current Density, Electromotive Force, Voltage 4. Answer the following questions concerning the use of a a, what measurable quantity can never be negative? b. What type of quaintity is independent multimeter (scalar or vector) is a multimeter unable to read directly? Current quantity is independent of the circuit being DC or AC? Resislrve c. What measurable 5. Fill in the table with the word below. The last one has been done for you as a guide. Electricity is made up of A. Inside a electrochemical cell, the B chemically reacts with the electrodes; the negative one which is known as the C. Electrical field provides us with an efficient and indirect way of measuring E. The electron volt is a unit used to measure F purpose of a G is to prevent electrons from hopping from one plate to the other plate within a capacitor. The qua or phrase that would best complete the corresponding sentence in the paragraph potential provides us with an efficient and indirect way of measuring D. The electric conclusions formed from an allows us to know about the ratio of volts per amperes across a device. The collective educated analysis after experimentation, is known as a 1, which allows us to natural phenomenon to date. As a capacitor is cha converts K construct the most accurate model of some rging, the current going through a DC circuit gradually J.A battery to L energy. The dot product always results in a M quantity. N orbit the nuclei of atoms Quu anode N Electrons 6. In a lab re what type of information can be found in the abstract? oge statement and also the conclusionExplanation / Answer
3)
Electric potential energy is measured in Joules
Capacitive time constant is measured in sec
Resistivity is measured in ohm-m
current density is measured in A/m^2
Electromotive force is measured in volt
Voltage is measured in volt
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