Electric Current Lab

2.) Attach the Crocodile clips from the PSU to the ammeter and motor as shown above in the labelled diagram, making sure the voltmeters clips are attached to the motor.

1. When we say that something gives us “energy,” what does that mean? What is a biological definition of energy?

(b) Due to the fact that R1 and R2 are identical, what would you guess is the voltage across each resistor is individually? Why?

1. View the three scenarios listed below. You must observe and analyze these as part of the lab.

5) Graph the equation you wrote in step four superimposed over the original data. Comment on how well or how

Next, you will add the AND and OR gates necessary to complete the circuit equations you derived in the lab report, part 1 section. The output F for the canonical SOP circuit should be shown on LEDG[0]. The output G for the canonical POS circuit should be connected to LEDG[1].

4. Identify two test cases other than the example given above. For each of the two test cases show what inputs you will use and calculate what your expected outputs should be.

2. Bring the Styrofoam cup close to another person's hair. What do you observe? What conclusions can you make regarding charged Styrofoam?

The variables been shown in the simulater are the voltage, current, and ressistance. V(volts) = I(Ampers)* R(Ohms).

1. Using the information provided in the Introduction and your observations from Part 1, hypothesize as to the type of electrolyte the following solutions would be. Justify the hypothesis from a chemical standpoint.

Task Description:The world communicates by making extensive use of the electromagnetic spectrum. For the average person this is commonly accessed using radio waves. These radio waves may be over the AM or FM radio wave bands or the radio waves that transmit our television signals. Not only are people always within a ‘phone call of each other anywhere in the world they are also able to find out exactly where in the world they are by use of

In this experiment we are going to set up two different circuits (Configuration) that have two capacitors, and we will be determining, which configuration of two capacitors, series or parallel, stores the most energy when connected to a battery by measuring the duration a light bulb remains lit after completing the circuit. Then we will compute the energy E for each configuration explicitly, by assuming that we have two capacitors that differ in capacitance and are supplied a voltage V from a battery.

Each question is marked out of 25%. The technique and detail parameter was subtracted from the paper directly used as a instruction and reference.

Brief solution of all problems that is indicated to be occur will be made in advance.

where I is the current through the conductor in units of amperes, V is the potential difference measured across the conductor in units of volts, and R is the resistance of the conductor in units of ohms.