Matthew Malek Lab Partners: Jon and Christina Lab #4 09/13/2006
Newton's Law of Cooling Objectives: Create graphs from data on regular graph and semi log paper. To find the constants in Newton's Law of Cooling and to compare those cooling rates with
Matthew Malek Lab Partners: Jon and Christina Lab #11
Diode Rectification Objectives: To compare input and output voltages using both half wave and full wave diode rectifiers. Theory: A diode is a component that, in an electrical circuit, blocks the
Matthew Malek Lab Partners: Jon and Christina Lab #10
RC Circuits: Discharge of a Capacitor Objectives:
We will determine the time it takes a capacitor to charge and discharge through a resistor. Theory: When a capacitor is connected in a circuit an
Matthew Malek Lab Partners: Jon and Christina Lab #8
DC Circuits (series and parallel) Objectives: To verify the equations that relates total current, voltage and resistance with individual values in a series and parallel dc circuit.
Theory: In a s
Matthew Malek Lab Partners: Jon and Christina Lab #7
Ohm's Law Objectives: To test ohms law out on many different conductors to see how was ohms law is working.
Theory: The voltage across a conductor is directly proportional to the current that flo
Matthew Malek Lab Partners: Jon and Christina Lab #5 09/25/2006
Boyle's Law Objectives: To graphically analyze data between pressure and the volume of a fixed mass of gas at a constant temperature.
Theory: Boyle's Law states that if the pressure on
Matthew Malek Lab Partners: Jon and Christina Lab #6 10/01/2006
Thermister Objectives: To develop a calibration for a thermistor, to use the calibration curve to measure the temperature of some common substances, and to determine the equation of the
Matthew Malek Lab Partners: Jon and Christina Lab #12
E /M : Ratio of charge on an electron to electron mass Objectives: To determine the ratio of just that. Theory: This lab you will observe a surge of electrons that enter a magnetic field, so that
Matthew Malek Lab Partners: Jon and Christina Lab #3 09/13/2006
Latent Heat of Fusion and Vaporization Objectives: To determine the number of calories to melt and to vaporize 1 gram of ice and water. Theory: The energy that goes into making molecula
Matthew Malek Lab Partners: Jon and Christina Lab #2 09/13/2006 Specific Heat Capacities of Metals Objectives: The objectives of this lab were to experiment with different techniques of calorimetry. We also want to determine the specific heat capacit
Matthew Malek Lab Partners: Jon and Christina Lab #1 08/31/2006 Linear Expansion Objectives: The objectives of this lab were to experiment with different types of metals, add heat to this metal and measure how more they expand. We want to see the dif