This document provides an overview and introduction to an industrial training program. It discusses the objectives of industrial training, which include applying engineering skills, developing technical and soft skills, learning workplace safety, and gaining exposure to the working environment. The document then describes the specific company where the training will take place, GG Circuits Industries, which manufactures printed circuit boards. It provides details on the company's background, organizational structure, departments, and manufacturing processes. The focus is on the laboratory section and its responsibilities in analyzing chemical samples from the production lines to ensure specifications are met.
This document provides an overview and introduction to an industrial training program. It discusses the objectives of industrial training, which include applying engineering skills, developing technical and soft skills, learning workplace safety, and gaining exposure to the working environment. The document then describes the specific company where the training will take place, GG Circuits Industries, which manufactures printed circuit boards. It provides details on the company's background, organizational structure, departments, and manufacturing processes. The focus is on the laboratory section and its responsibilities in analyzing chemical samples from the production lines to ensure specifications are met.
This document discusses land resources in India. It defines land resources as natural resources that can be obtained from land, noting that land is a vital resource. It describes how land resources are important for agriculture, mining, and harboring minerals. Problems with Indian agriculture are discussed, including low productivity, lack of land reforms, and small/fragmented landholdings. The document also covers protection of land resources through conservation biology, habitat conservation, and international charters/agreements seeking to prevent depletion of natural resources and promote sustainability.
El documento narra la historia de una gota de agua rebelde que no quer鱈a unirse a otras gotas por miedo a perder su individualidad. Otras gotas tratan de convencerla de que juntas pueden formar r鱈os, lagos y ayudar a los humanos, pero ella se niega. A単os despu辿s, la gota rebelde se arrepiente cuando se da cuenta que sola no pod鱈a recuperar su libertad.
This short document promotes creating presentations using Haiku Deck, a tool for making slideshows. It encourages the reader to get started making their own Haiku Deck presentation and sharing it on 際際滷Share. In just one sentence, it pitches the idea of using Haiku Deck to easily create engaging slideshow presentations.
O documento discute eletrodos revestidos para soldagem de a巽os carbono. Explica o processo de fabrica巽達o de eletrodos revestidos, incluindo a alma met叩lica e o revestimento. Tamb辿m descreve as principais fun巽探es do revestimento, como prote巽達o do metal de solda, estabiliza巽達o do arco el辿trico e adi巽達o de elementos de liga ao metal de solda.
Second lesson of a course on "Open Data and Linked Open Data" for Master in "ICT for Cultural Heritage" of the Technological District for Cultural Heritage (DATABENC).
ROUTE-TO-PA Computational Analytics in SPODroutetopa
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This document discusses applying computational analytics and social network analysis to SPOD data. It introduces concepts like centrality metrics, community detection algorithms, and dynamic graph analysis to study networks over time. Examples of social networks like friendships and email are provided. The document also discusses using the open-source Gephi tool to visualize networks and explore metrics. Overall, it explores how network analysis can provide insights from SPOD data to support tasks like identifying skilled users, encouraging participation, and understanding relationships between entities in the data.
This document contains certificates of completion for a Ramp Safety course delivered by Etihad Technical Training. Each certificate provides the name of the recipient, their certificate number, and is signed by the Senior Manager of Technical Training at Etihad Airways. A total of 25 individuals are listed as having completed the Ramp Safety course.
36. Mu畛i NH4HCO3 動畛c
d湛ng lm b畛t n畛
trong th畛c ph畉m do
c坦 畉c t鱈nh g狸?
P N
D畛 b畛 nhi畛t ph但n.
7
ANS BACK
37. Ch畉t no 動畛c d湛ng
trong k挑 thu畉t v担
tuy畉n v i畛n t畛?
P N
Silic si棚u tinh
khi畉t.
8
ANS BACK
38. T畛 l畉nh d湛ng l但u s畉 c坦 m湛i
h担i, c坦 th畛 cho vo t畛 l畉nh
m畛t 鱈t c畛c than hoa 畛 kh畛
m湛i than ny. 坦 l v狸
P N
Than hoa c坦 th畛
h畉p th畛 m湛i h担i.
9
ANS BACK
39. Ch畉t no 動畛c d湛ng
lm d畛ng c畛 th鱈
nghi畛m?
P N
Th畛y tinh kali.
10
ANS
BACK
際際滷
41. Cacbon c坦 nh畛ng t鱈nh
ch畉t h坦a h畛c no?
P N
T鱈nh oxi h坦a v t鱈nh
kh畛.
1
ANS BACK
53. VNG 2: V働畛T CH働畛NG NG畉I V畉T
1. V嘆ng thi ny g畛m 10 c但u h畛i, h狸nh th畛c tr畉c
nghi畛m 4 l畛a ch畛n. Th畛i gian tr畉 l畛i cho m畛i c但u h畛i
l 30 gi但y.
2. Trong v嘆ng 30 gi但y m畛i 畛i 動a ra c但u tr畉 l畛i b畉ng
c叩ch 動a b畉ng 叩p 叩n ( A, B, C, D).
- 畛i no tr畉 l畛i 炭ng v nhanh nh畉t 動畛c 300 i畛m.
- 畛i no tr畉 l畛i 炭ng v nhanh th畛 2 動畛c 250 i畛m.
- 畛i no tr畉 l畛i 炭ng v nhanh th畛 3 動畛c 200 i畛m.
- 畛i no tr畉 l畛i 炭ng v nhanh cu畛i c湛ng 動畛c 150
i畛m.
54. Thnh ph畉n ch鱈nh c畛a
kh鱈 than 動畛t l g狸?
CO, CO2, H2, N2.
A
CH4, CO2, CO, N2.
B
CO, CO2, H2, NO2.
C
CO, CO2, NH3, N2.
D
1
ANS
TIME
3029282726252423222120191817161514131211109876543210
55. Natri silicat c坦 th畛
動畛c t畉o thnh b畉ng
c叩ch un no?
SiO2 v畛i NaOH lo達ng.
A
SiO2 v畛i NaOH n坦ng ch畉y.
B
Si v畛i dung d畛ch NaHCO3.
C
Si v畛i dung d畛ch NaCl.
D
2
ANS
TIME
3029282726252423222120191817161514131211109876543210
56. D達y c叩c dung d畛ch no sau
但y ph畉n 畛ng 動畛c v畛i h畛n
h畛p g畛m silic v nh担m?
HCl, HF.
A
Na2CO3, KHCO3.
B
NaOH, KOH.
C
BaCl2, AgNO3.
D
3
ANS
TIME
3029282726252423222120191817161514131211109876543210
57. 畛 kh畉c ch畛 l棚n th畛y tinh
d畛a vo ph畉n 畛ng no sau
但y?
SiO2 + Mg 2MgO + Si.
A
SiO2 + HF SiF4 + 2H2O.
B
SiO2 + 2NaOH Na2SiO3 + CO2.
C
SiO2 + Na2CO3 Na2SiO3 + CO2.
D
4
ANS
TIME
3029282726252423222120191817161514131211109876543210
58. Th畛 t鱈ch dung d畛ch NaOH 2M
t畛i thi畛u 畛 h畉p th畛 h畉t 4,48 l鱈t
kh鱈 CO2 (ktc) l bao nhi棚u?
100 ml.
A
150 ml.
B
200 ml.
C
250 ml.
D
5
ANS
TIME
3029282726252423222120191817161514131211109876543210
59. Kh鱈 CO2 kh担ng d湛ng 畛
d畉p t畉t 叩m ch叩y?
Magie.
A
Photpho.
B
Cacbon.
C
Metan.
D
6
ANS
TIME
3029282726252423222120191817161514131211109876543210
60. T鱈nh oxi h坦a c畛a cacbon th畛
hi畛n trong ph畉n 畛ng h坦a h畛c
no?
C + O2 CO2.
A
C + 2CuO 2Cu + CO2.
B
3C + 4Al Al4C3.
C
C + H2O CO + H2.
D
7
ANS
TIME
3029282726252423222120191817161514131211109876543210
61. 畛 ph但n bi畛t kh鱈 CO2
v kh鱈 SO2, c坦 th畛 d湛ng
ch畉t no?
Dung d畛ch Ca(OH)2.
A
Dung d畛ch KNO3.
B
Dung d畛ch NaOH.
C
Dung d畛ch Br2.
D
8
ANS
TIME
3029282726252423222120191817161514131211109876543210
62. Ph畉n 畛ng h坦a h畛c no t畉o
thnh th畉ch nh滴 trong c叩c
hang 畛ng c畛a m畛 叩 v担i?
CaCO3 + CO2 + H2O Ca(HCO3)2.
A
Ca(OH)2 + Na2CO3 CaCO3 + 2NaOH.
B
CaCO3 CaO + H2O.
C
Ca(HCO3)2 CaCO3 + CO2 + H2O.
D
9
ANS
TIME
3029282726252423222120191817161514131211109876543210
63. Kh鱈 CO kh担ng kh畛
動畛c oxit no sau 但y
畛 nhi畛t 畛 cao?
CuO.
A
CaO.
B
PbO.
C
ZnO.
D
10
ANS
TIME
3029282726252423222120191817161514131211109876543210