Physics Homework Problems

Optoelectronics Temperature dependence of different resistors and diodes Task 1
2:26
Optoelectronics Temperature dependence of different resistors and diodes Task 1
Optoelectronics Temperature dependence of different resistors and diodes Task 2
2:25
Optoelectronics Temperature dependence of different resistors and diodes Task 2
Optoelectronics Semiconductor thermogenerator Seebeck effect
1:50
Optoelectronics Semiconductor thermogenerator Seebeck effect
Optoelectronics Lab 7 Characteristic curves of a solar cell Task 2
1:14
Optoelectronics Lab 7 Characteristic curves of a solar cell Task 2
Optoelectronics Characteristic curves of a solar cell Task 1
2:28
Optoelectronics Characteristic curves of a solar cell Task 1
Optoelectronics Hall effect in n and p Germanium Task 5
1:08
Optoelectronics Hall effect in n and p Germanium Task 5
Optoelectronics Hall effect in n and p Germanium Task 3
2:26
Optoelectronics Hall effect in n and p Germanium Task 3
Optoelectronics Hall effect in n and p Germanium Task 4
3:26
Optoelectronics Hall effect in n and p Germanium Task 4
Optoelectronics Hall effect in n and p Germanium Task 1
2:14
Optoelectronics Hall effect in n and p Germanium Task 1
Optoelectronics Hall effect in n and p Germanium Task 2
3:00
Optoelectronics Hall effect in n and p Germanium Task 2
Optoelectronics Hall effect in n and p Germanium Introduction Part
3:02
Optoelectronics Hall effect in n and p Germanium Introduction Part
Optoelectronics The band gap of Germanium Part II
2:20
Optoelectronics The band gap of Germanium Part II
Optoelectronics The band gap of Germanium Part I
2:18
Optoelectronics The band gap of Germanium Part I
UI characteristics of an LED
3:43
UI characteristics of an LED
Week 13 - Ch 3 - Pr 11 Three moles of an ideal gas are taken around the cycle acba. For this gas
2:29
Week 13 - Ch 3 - Pr 11 Three moles of an ideal gas are taken around the cycle acba. For this gas
Week 13 - Ch 3 - Pr 9 Calculate the work done by the gas in the quasi-static processes represented
0:52
Week 13 - Ch 3 - Pr 9 Calculate the work done by the gas in the quasi-static processes represented
Week 13 - Ch 3 - Pr 15 One-half mole of a monatomic ideal gas is taken from state a to state c. If
1:51
Week 13 - Ch 3 - Pr 15 One-half mole of a monatomic ideal gas is taken from state a to state c. If
Week 13 - Ch 3 - Pr 16 One-half mole of a monatomic ideal gas is taken from state a to state c. If
2:35
Week 13 - Ch 3 - Pr 16 One-half mole of a monatomic ideal gas is taken from state a to state c. If
Week 13 - Ch 3 - Pr 24 An ideal gas is slowly compressed at a constant pressure of 1.9 atm from
2:09
Week 13 - Ch 3 - Pr 24 An ideal gas is slowly compressed at a constant pressure of 1.9 atm from
Week 14 - Ch 4 - Pr 1 A Carnot engine operates between a hot reservoir at 495 K and a cold reservoir
0:59
Week 14 - Ch 4 - Pr 1 A Carnot engine operates between a hot reservoir at 495 K and a cold reservoir
Week 14 - Ch 4 - Pr 2 A Carnot engine operates between a hot reservoir at 390 K and a cold reservoi
0:52
Week 14 - Ch 4 - Pr 2 A Carnot engine operates between a hot reservoir at 390 K and a cold reservoi
Week 14 - Ch 4 - Pr 12 An ideal engine extracts 10800 J of heat from its hot reservoir while operati
1:17
Week 14 - Ch 4 - Pr 12 An ideal engine extracts 10800 J of heat from its hot reservoir while operati
Week 14 - Ch 4 - Pr 4 A block of ice with a mass of 238 g at 0°C is placed in a large lake. The temp
1:08
Week 14 - Ch 4 - Pr 4 A block of ice with a mass of 238 g at 0°C is placed in a large lake. The temp
Week 14 - Ch 4 - Pr 5 A block of ice with a mass of 237 g at 0°C is placed in a large lake. The
0:50
Week 14 - Ch 4 - Pr 5 A block of ice with a mass of 237 g at 0°C is placed in a large lake. The
Week 14 - Ch 4 - Pr 8 A 8 kg piece of lead at a temperature of 320 ˚C is placed in a lake whose temp
2:04
Week 14 - Ch 4 - Pr 8 A 8 kg piece of lead at a temperature of 320 ˚C is placed in a lake whose temp
Week 14 - Ch 4 - Pr 15-17 A student immerses one end of a copper rod in boiling water at 100°C and
2:09
Week 14 - Ch 4 - Pr 15-17 A student immerses one end of a copper rod in boiling water at 100°C and
Week 14 - Ch 4 - Pr 14 Three moles of an ideal gas undergo a reversible isothermal compression at
1:06
Week 14 - Ch 4 - Pr 14 Three moles of an ideal gas undergo a reversible isothermal compression at
Week 12 - Ch 2 - Pr 1 -2 A vertical cylindrical tank contains 1.77 mol of an ideal gas under a pres
2:41
Week 12 - Ch 2 - Pr 1 -2 A vertical cylindrical tank contains 1.77 mol of an ideal gas under a pres
Week 12 - Ch 2 - Pr 3 Consider a gas mixture of Helium and Oxygen molecules assuming O2 is diatomic
2:22
Week 12 - Ch 2 - Pr 3 Consider a gas mixture of Helium and Oxygen molecules assuming O2 is diatomic
Week 12 - Ch 2 - Pr 5 A flask with a volume of 1.21 L, provided with a stopcock, contains ethane gas
4:27
Week 12 - Ch 2 - Pr 5 A flask with a volume of 1.21 L, provided with a stopcock, contains ethane gas