Saturday, 23 September 2017
Thursday, 21 September 2017
M Tech: Env Engg: Test schedule for week of Sep 25-29
Tuesday:
WWWT Test 1: Source, demand, characteristics, forecasting
ECB: Test 1: Air-water, acid-base, ppt-dissolution reactions, ECB basics
Wed:
WWWT: Test 2: Water Treatment
RET: Test 1: Mechanism, global outlook, history, basics of RET
Thurs:
RET: Test 2: Characterization, materials, manufacturing, appurtenances
Fri:
ECB: Test 2: Complexation reactions, Redox Chemistry
WWWT Test 1: Source, demand, characteristics, forecasting
ECB: Test 1: Air-water, acid-base, ppt-dissolution reactions, ECB basics
Wed:
WWWT: Test 2: Water Treatment
RET: Test 1: Mechanism, global outlook, history, basics of RET
Thurs:
RET: Test 2: Characterization, materials, manufacturing, appurtenances
Fri:
ECB: Test 2: Complexation reactions, Redox Chemistry
Wednesday, 20 September 2017
M Tech: Env: ECB Assignment# 4
Assignment# 4
Deadline: Sep 29, 2017
For the Fe(III) in water problem discussed in the Complexation slides, assume a 10^-9 M Fe(III) aqueous solution. Draw the pC-pH diagram for all the Fe species in the solution.
Online submissions are preferred for the calculation and pC-pH plots.
You may submit the chemical equations and mathematical simplification parts in hard copy.
Deadline: Sep 29, 2017
For the Fe(III) in water problem discussed in the Complexation slides, assume a 10^-9 M Fe(III) aqueous solution. Draw the pC-pH diagram for all the Fe species in the solution.
Online submissions are preferred for the calculation and pC-pH plots.
You may submit the chemical equations and mathematical simplification parts in hard copy.
Tuesday, 19 September 2017
M Tech: Env Engg: RET# 3 assignment
For the given performance dataset of a PV, determine the Voc, Isc, Ipmax, Vpmax and FF.
Deadline: Fri, Sep 22, 2017
Deadline: Fri, Sep 22, 2017
Friday, 15 September 2017
M Tech: Env Engg: ECB Assignment#3
Prepare a pC-pH diagram for the Fe3+ in water system, using the data presented in the relevant slides already available on the blog.
Deadline: Sep 22, 2017
Deadline: Sep 22, 2017
Thursday, 14 September 2017
Friday, 8 September 2017
M Tech: Env Engg: W & WWT Assignment#3
Assignment#3
Deadline: Sep 15, 2017
Explain why the settling of particles in a sedimentation tank independent of its depth?
Page limit: 1 A4 size paper (may use both sides of it).
Deadline: Sep 15, 2017
Explain why the settling of particles in a sedimentation tank independent of its depth?
Page limit: 1 A4 size paper (may use both sides of it).
Tuesday, 5 September 2017
M Tech: W & WWT Assignment# 2
The population data of India is given:
1990 870,601,776
2000 1,028,737,436
2010 1,210,193,422
Using the logistic curve method, determine the saturation population, the population in years 2030 and 2050. Also, determine the year in which the saturation population will be reached.
Submission Date: Sep 13, 2017
1990 870,601,776
2000 1,028,737,436
2010 1,210,193,422
Using the logistic curve method, determine the saturation population, the population in years 2030 and 2050. Also, determine the year in which the saturation population will be reached.
Submission Date: Sep 13, 2017
Saturday, 2 September 2017
M Tech:CM: Project Synopsis deadline
The project synopsis has to be submitted by Sep 9, 2017. Late submission will carry a heavy penalty.
M Tech: CM: Assignment#2
Assignment# 2
In groups of 2 each (total 5 grps.), for a given criteria: Map the various sub-criteria across various rating systems, i.e. what is the sub-criteria called and covers in other ratings, what is its relative importance (% of total available credits), any improvements possible?
Deadline: Sep 9, 2017
In groups of 2 each (total 5 grps.), for a given criteria: Map the various sub-criteria across various rating systems, i.e. what is the sub-criteria called and covers in other ratings, what is its relative importance (% of total available credits), any improvements possible?
Deadline: Sep 9, 2017
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