VIT Chemical engg MIT

The topic discussed in the attatchments below is of the chapter- Materials and Instrumentation techniques and subject- chemistry. The content in the documents below comprises of topics such as Diffraction and Microscopic techniques ( Basics), Powd...See more

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VIT Chemical engg MIT-MIT-2017-DA-1.pdf
MIT-2017-DA-1.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_03-MAR-2017_RM001_SEMICONDUCTORS.docx
WINSEM2016-17_CHY1004_ETH_4578_03-MAR-2017_RM001_SEMICONDUCTORS.docx
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_06-MAR-2017_RM001_Module-5-MIT.pdf
WINSEM2016-17_CHY1004_ETH_4578_06-MAR-2017_RM001_Module-5-MIT.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_06-MAR-2017_RM002_Module-6-MIT.pdf
WINSEM2016-17_CHY1004_ETH_4578_06-MAR-2017_RM002_Module-6-MIT.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_08-MAR-2017_RM001_Module-8-Absorption Spectro.ppt
WINSEM2016-17_CHY1004_ETH_4578_08-MAR-2017_RM001_Module-8-Absorption Spectro.ppt
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_17-MAR-2017_RM001_Module-9-XRD_-_2012_(BKL).pptx
WINSEM2016-17_CHY1004_ETH_4578_17-MAR-2017_RM001_Module-9-XRD_-_2012_(BKL).pptx
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_22-MAR-2017_RM001_Module-9-SEM-TEM-EDX-2012(.pptx
WINSEM2016-17_CHY1004_ETH_4578_22-MAR-2017_RM001_Module-9-SEM-TEM-EDX-2012(.pptx
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_27-FEB-2017_RM001_Module-2b-Lubricants.pdf
WINSEM2016-17_CHY1004_ETH_4578_27-FEB-2017_RM001_Module-2b-Lubricants.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_31-MAR-2017_RM001_Module-1-Metals for MIT.docx
WINSEM2016-17_CHY1004_ETH_4578_31-MAR-2017_RM001_Module-1-Metals for MIT.docx
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_RM001_Fullerenes
WINSEM2016-17_CHY1004_ETH_4578_RM001_Fullerenes
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_RM002_Nanomaterials-2017.doc
WINSEM2016-17_CHY1004_ETH_4578_RM002_Nanomaterials-2017.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_RM003_COMPOSITES 2016.pdf
WINSEM2016-17_CHY1004_ETH_4578_RM003_COMPOSITES 2016.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ETH_4578_RM004_Nanomaterials.pdf
WINSEM2016-17_CHY1004_ETH_4578_RM004_Nanomaterials.pdf
VIT Chemical engg MIT-Expt-1-Analysis of Copper in Brass.pdf
Expt-1-Analysis of Copper in Brass.pdf
VIT Chemical engg MIT-Expt-2-Content of sulphate ions in water by light scattering technique.pdf
Expt-2-Content of sulphate ions in water by light scattering technique.pdf
VIT Chemical engg MIT-Expt-3-Preparation of ruby by combustion method.pdf
Expt-3-Preparation of ruby by combustion method.pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (1).pdf
MIT-All lab experiments to upload (1).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (2).pdf
MIT-All lab experiments to upload (2).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (3).pdf
MIT-All lab experiments to upload (3).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (4).pdf
MIT-All lab experiments to upload (4).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (5).pdf
MIT-All lab experiments to upload (5).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload (6).pdf
MIT-All lab experiments to upload (6).pdf
VIT Chemical engg MIT-MIT-All lab experiments to upload.pdf
MIT-All lab experiments to upload.pdf
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_09-FEB-2017_RM001_Expt2-Content of sulphate i.doc
WINSEM2016-17_CHY1004_ELA_5091_09-FEB-2017_RM001_Expt2-Content of sulphate i.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_09-MAR-2017_RM001_Expt-5-Estimation of Divale.doc
WINSEM2016-17_CHY1004_ELA_5091_09-MAR-2017_RM001_Expt-5-Estimation of Divale.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_13-APR-2017_RM001_Expt-9-Determination of Clo.doc
WINSEM2016-17_CHY1004_ELA_5091_13-APR-2017_RM001_Expt-9-Determination of Clo.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_16-FEB-2017_RM001_Expt3-Preparation of ruby b.doc
WINSEM2016-17_CHY1004_ELA_5091_16-FEB-2017_RM001_Expt3-Preparation of ruby b.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_16-MAR-2017_RM001_Expt-6-Determination of Ani.doc
WINSEM2016-17_CHY1004_ELA_5091_16-MAR-2017_RM001_Expt-6-Determination of Ani.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_19-JAN-2017_RM001_Expt-1-method.doc
WINSEM2016-17_CHY1004_ELA_5091_19-JAN-2017_RM001_Expt-1-method.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_20-APR-2017_RM001_Expt-10-Preparation of magn.doc
WINSEM2016-17_CHY1004_ELA_5091_20-APR-2017_RM001_Expt-10-Preparation of magn.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_23-MAR-2017_RM001_Expt-7-Photdegradation of D.doc
WINSEM2016-17_CHY1004_ELA_5091_23-MAR-2017_RM001_Expt-7-Photdegradation of D.doc
VIT Chemical engg MIT-WINSEM2016-17_CHY1004_ELA_5091_30-MAR-2017_RM001_Expt-8-Development of a sim.doc
WINSEM2016-17_CHY1004_ELA_5091_30-MAR-2017_RM001_Expt-8-Development of a sim.doc

MIT-2017-DA-1.pdf

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3 Questions (0 Answered)
What is the inference of the experiment estimation of copper in brass by iodometroc titration
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what is range of rotational region in spectroscopy?
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To determine percentage of copper from brass iodometrically ka experiment ka pdf
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