Curriculum
- 1 Section
- 8 Lessons
- 10 Weeks
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- Applied Physics Lab - 2 - Experiments16
- 1.01. To determine the specific resistance for a given material of the wire using the Carey Foster Bridge.
- 1.1Carey Foster Bridge Test20 Minutes20 Questions
- 1.22. To determine the https://phyexperts.com/wp-admin/post.php?action=edit&post=19757value of the specific charge (e/m) of an electron by J.J. Thomason’s method.
- 1.3J.J. Thomson’s Test20 Minutes20 Questions
- 1.43. To determine the width of the forbidden energy gap in a semiconductor diode.
- 1.5Semiconductor Diode Test20 Minutes20 Questions
- 1.64. To measure the resistivity and energy band gap of a germanium crystal using four probe method.
- 1.7Germanium Crystal Test20 Minutes20 Questions
- 1.85. To determine the frequency of a.c. mains using an electric vibrator.
- 1.9Frequency of AC Mains Test20 Minutes20 Questions
- 1.106. The Planck’s constant determination using LED.
- 1.11Planck’s Constant Test20 Minutes20 Questions
- 1.127. To determine the temperature coefficient of platinum using the Callender and Griffith Bridge and Platinum resistance thermometer.
- 1.13Platinum Resistance Thermometer Test20 Minutes20 Questions
- 1.148. To study and measure the effects of forward and reverse bias on the zener diode current. Plot a graph between current (I) and voltage (V) also calculate the static and dynamic resistances.
- 1.15Reverse Bias on the Zener Diode Test20 Minutes20 Questions
7. To determine the temperature coefficient of platinum using the Callender and Griffith Bridge and Platinum resistance thermometer.
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8. To study and measure the effects of forward and reverse bias on the zener diode current. Plot a graph between current (I) and voltage (V) also calculate the static and dynamic resistances.
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