Physlab.lums.edu.pk - Recent changes [en]

Lab Schedule

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	== '''Schedule for Fall Semester (2010)''' ==		== '''Schedule for Fall Semester (2010)''' ==
-
-	~~The lab schedule for the current semester will be updated soon.~~

	<h2>Schedule for PHY 100 (Experimental Physics 1)</h2>		<h2>Schedule for PHY 100 (Experimental Physics 1)</h2>
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	<tr><td>2 September</td><td>Thursday</td><td>L4</td><td>2-5 pm</td><td>Computing Lab 02</td><td>Coaching on Data Processing</td><td>Mandatory; by Sohaib Shamim. Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>		<tr><td>2 September</td><td>Thursday</td><td>L4</td><td>2-5 pm</td><td>Computing Lab 02</td><td>Coaching on Data Processing</td><td>Mandatory; by Sohaib Shamim. Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>

-	<tr><td>4 September</td><td>Saturday</td><td>All</td><td>10-11 am</td><td>SSE Building, Auditorium 10-301</td><td>'''Pre-lab Lecture and Demo''': The Language of Errors</td><td>Mandatory; by Dr. Sabieh Anwar</td></tr>	+	<tr><td>4 September</td><td>Saturday</td><td>All</td><td>10-11 am</td><td>SSE Building, Auditorium 10-301</td><td>'''Pre-lab Lecture and Demo (part 1)''': [http://physlab.lums.edu.pk/images/6/63/Errors_v8.pdf\|The Language of Errors]</td><td>Mandatory; by Dr. Sabieh Anwar</td></tr>

	<tr><td>4 September</td><td>Saturday </td><td>L2</td><td>11:30 am -3:30 pm</td><td>Computing Lab 02</td><td>Coaching on Data Processing</td><td>Mandatory; by Sohaib Shamim. Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>		<tr><td>4 September</td><td>Saturday </td><td>L2</td><td>11:30 am -3:30 pm</td><td>Computing Lab 02</td><td>Coaching on Data Processing</td><td>Mandatory; by Sohaib Shamim. Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>
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	<tr><td>6 September</td><td>Monday</td><td>L3</td><td>2-5 pm</td><td>Computing Lab 02</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>		<tr><td>6 September</td><td>Monday</td><td>L3</td><td>2-5 pm</td><td>Computing Lab 02</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>

-	<tr><td>7 September</td><td>Tuesday</td><td>L1</td><td>2-5 pm</td><td>Computing Lab 02 ~~(Tentative)~~</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>	+	<tr><td>7 September</td><td>Tuesday</td><td>L1</td><td>1:00-3:15 pm</td><td>Computing Lab 02</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>
		+
		+	<tr><td>8 September</td><td>Wednesday</td><td>L2</td><td>1-4 pm</td><td>Computing Lab 02</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>

	<tr><td>15 September</td><td></td><td>All</td><td></td><td></td><td></td><td>All students must read [http://physlab.lums.edu.pk/images/f/fe/Outline.pdf Outline of the Experimental Physics 1 Course] before 15 September.</td></tr>		<tr><td>15 September</td><td></td><td>All</td><td></td><td></td><td></td><td>All students must read [http://physlab.lums.edu.pk/images/f/fe/Outline.pdf Outline of the Experimental Physics 1 Course] before 15 September.</td></tr>
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	<tr><td>16 September</td><td>Thursday</td><td>L4</td><td>2-5 pm</td><td>Computing Lab 02 (Tentative)</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>		<tr><td>16 September</td><td>Thursday</td><td>L4</td><td>2-5 pm</td><td>Computing Lab 02 (Tentative)</td><td>Practice on Matlab</td><td>Mandatory; Students will use the monograph [http://physlab.lums.edu.pk/images/7/76/Matlab_upload_v2.pdf Introduction to Matlab ].</td></tr>

-	<tr><td>18 September</td><td>~~Thursday~~</td><td>L4</td><td>2-~~5 pm~~</td><td>~~Computing Lab 02~~</td><td>~~Practice on Matlab</td><td>Mandatory; Students will use the monograph~~ [http://physlab.lums.edu.pk/images/7/76/~~Matlab_upload_v2~~.pdf ~~Introduction to Matlab~~ ].</td></tr>	+	<tr><td>18 September</td><td>Saturday</td><td>All</td><td>10-11 am</td><td>SSE Building, Auditorium 10-301</td><td>'''Pre-lab Lecture and Demo (part 2)''': [http://physlab.lums.edu.pk/images/6/63/Errors_v8.pdf\|The Language of Errors]</td><td>Mandatory; by Dr. Sabieh Anwar</td></tr>

		+	<tr><td>23 September</td><td>Thursday</td><td>L2</td><td>11 am</td><td></td><td>[http://physlab.lums.edu.pk/images/2/2d/Examples-20oct.pdf Last day for submission of homework on error analysis.]</td><td>'''Drop your homework in the cardboard box outside the lab.''' </td></tr>

Image:Examples-20oct.pdf

2010-09-04T07:11:09Z

uploaded "[[Image:Examples-20oct.pdf]]"

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Experiments in Lab-I

2010-09-04T07:11:00Z

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	* [[media: phy110_overview.pdf\|overview of PHY 100 Lab]]		* [[media: phy110_overview.pdf\|overview of PHY 100 Lab]]
	* [[media:safetyhandout.pdf\|lab safety]]		* [[media:safetyhandout.pdf\|lab safety]]
-	* [[media:errors_v8.pdf\|errors in experimental physics]] (includes one home work)	+	* [[media:errors_v8.pdf\|errors in experimental physics]] (includes one [[media:Examples-20oct.pdf\|home work]])
	* [[media:matlab_upload_v2.pdf\| introduction to Matlab]] as a tool for mathematical computing (includes an in-lab exercise). ''(Matlab is primarily used for plotting, advanced numeric calculations, solving algebraic equations and curve-fitting)''		* [[media:matlab_upload_v2.pdf\| introduction to Matlab]] as a tool for mathematical computing (includes an in-lab exercise). ''(Matlab is primarily used for plotting, advanced numeric calculations, solving algebraic equations and curve-fitting)''

Physlab Manulas

2010-09-03T17:55:22Z

Image:Thermalnew.rar

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Experiments in Lab-I

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	<tr>		<tr>
	<td width="150">''Lab View Code''</td>		<td width="150">''Lab View Code''</td>
-	<td width="698">[[Media:~~thermal~~.vi\|Thermal]]</td>	+	<td width="698">[[Media:thermalnew.rar\|Thermal]]</td>
	</tr>		</tr>

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Experiments in Lab-II

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	* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>		* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>
		+
		+	'''Data Acquisition and Labview:'''
		+
		+	[[Image:lv.jpg\|\|200px]]
		+
	[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>		[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
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	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
-	[[media:Internalarchi.pdf\|Internal ~~archi~~]] <b></b>	+	[[media:Internalarchi.pdf\|Internal architecture of SC-668]] <b></b>
	[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>		[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>

Image:Internalarchi.pdf

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uploaded "[[Image:Internalarchi.pdf]]"

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Experiments in Lab-II

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	* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>		* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>
-	* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>	+	[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
	[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>		[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>
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	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
-	* [[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>	+	[[media:Internalarchi.pdf\|Internal archi]] <b></b>
		+	[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>

Image:NI-thermocouple.pdf

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Experiments in Lab-II

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	* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>		* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
		+	[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>
		+	[[media:NI-thermocouple.pdf\|NI Thermocouple]]<b></b>
	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>

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Experiments in Lab-II

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	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
-	* [[media:~~phy331_overview~~.pdf\|~~Overview of PHY 331 Lab~~]] <b></b>	+	* [[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>

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Experiments in Lab-II

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	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
-	* [[media:~~phy331_overview~~.pdf\|~~Overview of PHY 331 Lab~~]] <b></b>	+	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
	* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>		* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>

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	* [[media: phy110_overview.pdf\|overview of PHY 100 Lab]]		* [[media: phy110_overview.pdf\|overview of PHY 100 Lab]]
	* [[media:safetyhandout.pdf\|lab safety]]		* [[media:safetyhandout.pdf\|lab safety]]
-	* [[media:errors_v8.pdf\|errors in experimental physics]] (includes one home work)	+	* [[media:errors_v8.pdf\|errors in experimental physics]] (includes one [[media:Examples-20oct.pdf\|home work]])
	* [[media:matlab_upload_v2.pdf\| introduction to Matlab]] as a tool for mathematical computing (includes an in-lab exercise). ''(Matlab is primarily used for plotting, advanced numeric calculations, solving algebraic equations and curve-fitting)''		* [[media:matlab_upload_v2.pdf\| introduction to Matlab]] as a tool for mathematical computing (includes an in-lab exercise). ''(Matlab is primarily used for plotting, advanced numeric calculations, solving algebraic equations and curve-fitting)''

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	* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>		* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>
		+
		+	'''Data Acquisition and Labview:'''
		+
		+	[[Image:lv.jpg\|\|200px]]
		+
	[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>		[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
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	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
-	[[media:Internalarchi.pdf\|Internal ~~archi~~]] <b></b>	+	[[media:Internalarchi.pdf\|Internal architecture of SC-668]] <b></b>
	[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>		[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>

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	* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>		* [[media:phy331_overview.pdf\|Overview of PHY 331 Lab]] <b></b>
-	* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>	+	[[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
	[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>		[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>
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	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>
-	* [[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>	+	[[media:Internalarchi.pdf\|Internal archi]] <b></b>
		+	[[media:DataSheet_PCI6221.pdf\|Data Sheet for DAQ Card]] <b></b>

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	* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>		* [[media:LabVIEWlecture.pdf\|Developing LabVIEW Applications]] <b></b>
	[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>		[[media:Therm.pdf\|Introduction to Thermocouple and Cold Junction Compensation]] <b></b>
		+	[[media:omega_thermocouple.pdf\|Omega Thermocouple]]<b></b>
		+	[[media:NI-thermocouple.pdf\|NI Thermocouple]]<b></b>
	[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>		[[media:samplequestionsnew.pdf\|Sample Questions]] <b></b>
	[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>		[[media:scc68_DAQ.pdf\|SSC 68 DAQ Card]] <b></b>

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	<br>		<br>
	'''Manuals Lab-I'''		'''Manuals Lab-I'''
-	# [[media:oscillator_upload_v2.pdf\|Simple Harmonic Motion is Observed through Webcam]] (~~'''General Physics'''~~)	+	# [[media:oscillator_upload_v2.pdf\|Simple Harmonic Motion is Observed through Webcam (1.1)]]
-	# [[media:rotational_upload_v2.pdf\|Rotational Dynamics, Moment of Inertia, Torque and Rotational Friction]] (~~'''Mechanics'''~~)	+	# [[media:rotational_upload_v2.pdf\|Rotational Dynamics, Moment of Inertia, Torque and Rotational Friction (1.2)]]
-	# [[media:heat_upload_v2.pdf\|Heat Transfer and Newton’s Law of Cooling]]~~('''Heat and Thermodynamics''')~~	+	# [[media:heat_upload_v2.pdf\|Heat Transfer and Newton’s Law of Cooling (1.3)]]
-	# [[media:magnetism_upload.pdf\|Magnetic Phase Transitions of a Ferromagnetic Alloy]] (~~'''Electricity & Magnetism, EMT'''~~)	+	# [[media:magnetism_upload.pdf\|Magnetic Phase Transitions of a Ferromagnetic Alloy (1.4)]]
-	# [[media:optics_upload.pdf\|Optical Activity of the Chiral Solutions]] (~~'''Optics'''~~)	+	# [[media:optics_upload.pdf\|Optical Activity of the Chiral Solutions (1.5)]]
-	# [[media:nyquist_upload_v3.pdf\|Filtering Noise in Electrical Circuits]] (~~'''Electronics'''~~)	+	# [[media:nyquist_upload_v3.pdf\|Filtering Noise in Electrical Circuits (1.6)]]
-	# [[media:liqn2_upload.pdf\|Latent Heat of Vaporization of Liquid Nitrogen and Specific Heats of Metals]] ~~('''Liquid Nitrogen''')~~	+	# [[media:liqn2_upload.pdf\|Latent Heat of Vaporization of Liquid Nitrogen and Specific Heats of Metals (1.7)]]
-	# [[media:hard_upload_v3.pdf\|Electromagnetic Induction and Working of Read-Write Operations in Magnetic Media]] (~~'''Hard Disk'''~~)	+	# [[media:hard_upload_v3.pdf\|Electromagnetic Induction and Working of Read-Write Operations in Magnetic Media (1.8)]]

	[[media:manuals_compiled_v1.pdf\|'''Lab Manuals in ''Compiled Form''''']]		[[media:manuals_compiled_v1.pdf\|'''Lab Manuals in ''Compiled Form''''']]
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	<br>		<br>
-	# [[media:Lock-in_amplifier_v5.pdf\|Introduction to the Lock-in Amplifier]]<br>	+	# [[media:Lock-in_amplifier_v5.pdf\|Introduction to the Lock-in Amplifier (2.2)]]<br>
-	# [[media:thermal-waves_v5.pdf\|Temperature oscillations in a metal: Probing aspects of Fourier analysis]]<br>	+	# [[media:thermal-waves_v5.pdf\|Temperature oscillations in a metal: Probing aspects of Fourier analysis (2.3)]]<br>
-	# [[media:Squid_v7.pdf\|Superconducting Quantum Interference Devices (SQUIDs)]]<br>	+	# [[media:Squid_v7.pdf\|Superconducting Quantum Interference Devices (SQUIDs) (2.4)]]<br>
-	# [[media:chasing_chaos.pdf\|Chaos and Non-Linear Dynamics]]	+	# [[media:chasing_chaos.pdf\|Chaos and Non-Linear Dynamics (2.5)]]
-	# [[media:faraday_rotation_V2.pdf\|Faraday's Effect]]	+	# [[media:faraday_rotation_V2.pdf\|Faraday's Effect (2.6)]]
-	# [[media:Phasetransition_v1.pdf\|Phase Transition ~~in Chromium~~]]	+	# [[media:Phasetransition_v1.pdf\|Studying Phase Transition With a Strain Gage (2.7)]]
-	# [[media:autocorelation.pdf\|Noise and Auto Corelation]]<br>	+	# [[media:autocorelation.pdf\|Noise and Auto Corelation (2.8)]]<br>
-	# [[media:michelson_manual_final_optimized.pdf\|Michelson Interferometry]]<br>	+	# [[media:michelson_manual_final_optimized.pdf\|Michelson Interferometry (2.9)]]<br>
-	# [[media:Energybandgap.pdf\|Band Structure and Electrical Conductivity in Semiconductors]]<br>	+	# [[media:Energybandgap.pdf\|Band Structure and Electrical Conductivity in Semiconductors (2.10)]]<br>
-	# [[media:Brow_v3.pdf\|Tracking Brownian motion through video microscopy]]<br>	+	# [[media:Brow_v3.pdf\|Tracking Brownian motion through video microscopy (2.11)]]<br>
-	# [[media:magnetic_pendulum.pdf\|The Magenetic Pendulum]]<br>	+	# [[media:magnetic_pendulum.pdf\|The Magenetic Pendulum (2.12)]]<br>
-	# [[media:ferroelectric_v2.pdf\|Synthesis and Ferroelectric Properties of KNO3 films]]<br>	+	# [[media:ferroelectric_v2.pdf\|Synthesis and Ferroelectric Properties of KNO3 films (2.13)]]<br>