Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Summary of Carbon Compounds (SPM)
Want an easy way to remember it ? π€
Then you can watch this simple and short videoπ€©π«Άπ»
ππ»ππ»ππ»
πCarbon Compounds
Hope you guys enjoy it ! π
#chemistry #f5 #c2
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Want an easy way to remember it ? π€
Then you can watch this simple and short videoπ€©π«Άπ»
ππ»ππ»ππ»
πCarbon Compounds
Hope you guys enjoy it ! π
#chemistry #f5 #c2
π¦*ΰ©β©β§βΛ γ @serenenotes γ
TikTok
TikTok Β· Tahirah
183 likes, 3 comments. βSummary of Carbon Compounds (SPM) Chapter 2 : Carbon Compounds [form 5] by : Tahirah Sultanaβ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (rafiq)
Chemistry with Rafiq β
Form 5 Chapter 1: Redox Equilibrium
1.1 Definitions of Redox
We start off with something simple first, don't worry redox is actually an interesting chapter to learn π―
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Form 5 Chapter 1: Redox Equilibrium
1.1 Definitions of Redox
We start off with something simple first, don't worry redox is actually an interesting chapter to learn π―
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (rafiq)
Chemistry with Rafiq β
Form 5 Chapter 1: Redox Equilibrium
1.1 Definitions of Redox
Some continuation to the definitions with examples π―π―
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Form 5 Chapter 1: Redox Equilibrium
1.1 Definitions of Redox
Some continuation to the definitions with examples π―π―
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (rafiq)
Chemistry with Rafiq β
Form 5 Chapter 1: Redox Equilibrium
1.1 Oxidation Number
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Form 5 Chapter 1: Redox Equilibrium
1.1 Oxidation Number
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Redoksss_240225_183459 (1).pdf
12.1 MB
- Kimia -
Bab 1 : Redoks π‘
Creds to @JannahHusna
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Bab 1 : Redoks π‘
Creds to @JannahHusna
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from study with niki ππͺ
Redox Equilibrium (StudyWNiki). (1).pdf
2.6 MB
Redox Equilibrium Notes π§ͺ
(DLP)
Chemistry Chapter 1 Form 5
#chemistry #f5
π¦β‘~ γ@studywnikiiγ for many more notes !!
(DLP)
Chemistry Chapter 1 Form 5
#chemistry #f5
π¦β‘~ γ@studywnikiiγ for many more notes !!
Forwarded from SPM Genius Guild
Chemistry List Of Definitions.pdf
19.1 MB
List Of Definitions ( Chemistry )
Form 4 + Form 5
#chemistry #kimia #f4 #f5
β .Β·:*Β¨ΰΌΊ @SPMGeniusGuild ΰΌ»Β¨*:Β·. β
Form 4 + Form 5
#chemistry #kimia #f4 #f5
β .Β·:*Β¨ΰΌΊ @SPMGeniusGuild ΰΌ»Β¨*:Β·. β
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
definisi f5.pdf
1.2 MB
Definisi KIMIA Tingkatan 5 β
(Non-DLP)
Creds to @JannahHusna
#chemistry #kimia #f5
π¦*ΰ©β©β§βΛ γ @serenenotes γ
(Non-DLP)
Creds to @JannahHusna
#chemistry #kimia #f5
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Chemistry with HeeraπΌπ§ͺ
Chapter 1 - Redox Equilibrium
π·Electrolysis of Aqueous Solutions
Electrolysis of : CuSO4π solution using copper electrodes (active electrode)π€
......
Question : Why the blue colour of CuSO4 solution does not change? π
β¨Answer (pg 44 tb)
π«The concentration of copper (ii) ions, Cu2+ remains the same.
π«The rate of ionisation of copper, Cu at the anode is the same as the rate of discharged copper(ii) ions, Cu2+ at the cathode.
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Chapter 1 - Redox Equilibrium
π·Electrolysis of Aqueous Solutions
Electrolysis of : CuSO4π solution using copper electrodes (active electrode)π€
......
Question : Why the blue colour of CuSO4 solution does not change? π
β¨Answer (pg 44 tb)
π«The concentration of copper (ii) ions, Cu2+ remains the same.
π«The rate of ionisation of copper, Cu at the anode is the same as the rate of discharged copper(ii) ions, Cu2+ at the cathode.
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Chemistry with HeeraπΌπ§ͺ
Chapter 1 - Redox Equilibrium
Negative effects of electrolysis process in industries
π₯The electrolytes used cause environmental pollutionπ«
π₯The toxic waste pollute water sourcesπ§
π₯The electrolysis process involve high usage of electricityβ‘οΈ
Uses of Electrolysis process in Industry
π¦Extraction of metal from its oreπͺ¨
π¦Purification of metal
π¦Electroplating of metal
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Chapter 1 - Redox Equilibrium
Negative effects of electrolysis process in industries
π₯The electrolytes used cause environmental pollutionπ«
π₯The toxic waste pollute water sourcesπ§
π₯The electrolysis process involve high usage of electricityβ‘οΈ
Uses of Electrolysis process in Industry
π¦Extraction of metal from its oreπͺ¨
π¦Purification of metal
π¦Electroplating of metal
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Chemistry with HeeraπΌπ§ͺ
π·Oxidising Agent:
πthat oxidises the other substance
πundergoes reduction
πoxidation number decreases
πloses O2
πgain H2
πgain electron
Examples:
1β£πAcidified potassium manganate (VII), KMnO4
2β£Acidified potassium dichromate (VI), K2Cr2O7
3β£πChlorine water, Cl2
4β£π€Bromine water, Br2
5β£Acidified hydrogen peroxide, H2O2
π·Reducing agent :
π that reduces the other substance
πundergoes oxidation
πoxidation number increases
πgain O2
πloses H2
πloses electron
Examples:
1β£Potassium Iodide, KI
2β£Potassium Bromide, KBr
3β£Iron(ii) sulphate, FeSO4
4β£Reactive metals (e.g. Zn and Mg)
5β£Sulphur dioxide, SO2
#chemistry #c1 #f5
#heera
@serenenotes
π·Oxidising Agent:
πthat oxidises the other substance
πundergoes reduction
πoxidation number decreases
πloses O2
πgain H2
πgain electron
Examples:
1β£πAcidified potassium manganate (VII), KMnO4
2β£Acidified potassium dichromate (VI), K2Cr2O7
3β£πChlorine water, Cl2
4β£π€Bromine water, Br2
5β£Acidified hydrogen peroxide, H2O2
π·Reducing agent :
π that reduces the other substance
πundergoes oxidation
πoxidation number increases
πgain O2
πloses H2
πloses electron
Examples:
1β£Potassium Iodide, KI
2β£Potassium Bromide, KBr
3β£Iron(ii) sulphate, FeSO4
4β£Reactive metals (e.g. Zn and Mg)
5β£Sulphur dioxide, SO2
#chemistry #c1 #f5
#heera
@serenenotes
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Chemistry with HeeraπΌπ§ͺ
Chapter 1 - Redox Equilibrium
π·Electrolysis of Aqueous Solutions
Electrolysis of : CuSO4π solution using copper electrodes (active electrode)π€
......
Question : Why the blue colour of CuSO4 solution does not change? π
β¨Answer (pg 44 tb)
π«The concentration of copper (ii) ions, Cu2+ remains the same.
π«The rate of ionisation of copper, Cu at the anode is the same as the rate of discharged copper(ii) ions, Cu2+ at the cathode.
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Chapter 1 - Redox Equilibrium
π·Electrolysis of Aqueous Solutions
Electrolysis of : CuSO4π solution using copper electrodes (active electrode)π€
......
Question : Why the blue colour of CuSO4 solution does not change? π
β¨Answer (pg 44 tb)
π«The concentration of copper (ii) ions, Cu2+ remains the same.
π«The rate of ionisation of copper, Cu at the anode is the same as the rate of discharged copper(ii) ions, Cu2+ at the cathode.
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Chemistry with HeeraπΌπ§ͺ
Chapter 1 - Redox Equilibrium
Negative effects of electrolysis process in industries
π₯The electrolytes used cause environmental pollutionπ«
π₯The toxic waste pollute water sourcesπ§
π₯The electrolysis process involve high usage of electricityβ‘οΈ
Uses of Electrolysis process in Industry
π¦Extraction of metal from its oreπͺ¨
π¦Purification of metal
π¦Electroplating of metal
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Chapter 1 - Redox Equilibrium
Negative effects of electrolysis process in industries
π₯The electrolytes used cause environmental pollutionπ«
π₯The toxic waste pollute water sourcesπ§
π₯The electrolysis process involve high usage of electricityβ‘οΈ
Uses of Electrolysis process in Industry
π¦Extraction of metal from its oreπͺ¨
π¦Purification of metal
π¦Electroplating of metal
#chemistry #c1 #f5
#heera
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
SPM REDOX_250323_134803.pdf
6.3 MB
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
jawapan spm kimia redox 2021-2023_250323_220141.pdf
7.9 MB
Suggested answers for Redox SPM 2021 - 2023
π Make sure to discuss with your tcr regarding teknik menjawab okiee
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
π Make sure to discuss with your tcr regarding teknik menjawab okiee
#chemistry #f5 #c1
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Carbon Compounds SPM 2021-2023_250327_081037.pdf
8.6 MB
Forwarded from Serene NotesChannel Κγ£β’α΄₯β’Κγ£ (Tahirah Sultana)
Thermochemistry Past Years 2021-2023_250414_215035.pdf
9.2 MB
Past year SPM THERMOCHEMISTRY
2021-2023
Spm 2021 - Q10
Spm 2022 -Q5
Spm 2023 - Q7
#chemistry #f5 #c3
π¦*ΰ©β©β§βΛ γ @serenenotes γ
2021-2023
Spm 2021 - Q10
Spm 2022 -Q5
Spm 2023 - Q7
#chemistry #f5 #c3
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Consumer_and_Industrial_Chemistry_SPM_2021_2023_250414_220943.pdf
6.2 MB
Past year SPM Consumer and Industrial Chemistry
2021-2023
Spm 2021 - Q7
Spm 2022 -Q3
Spm 2023 - Q2
#chemistry #f5 #c5
π¦*ΰ©β©β§βΛ γ @serenenotes γ
2021-2023
Spm 2021 - Q7
Spm 2022 -Q3
Spm 2023 - Q2
#chemistry #f5 #c5
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Polymer SPM 2022-2023_250414_222812.pdf
6.3 MB
Past year SPM Polymer
2021-2023
Spm 2021 - X
Spm 2022 -Q7
Spm 2023 - Q9
#chemistry #f5 #c4
π¦*ΰ©β©β§βΛ γ @serenenotes γ
2021-2023
Spm 2021 - X
Spm 2022 -Q7
Spm 2023 - Q9
#chemistry #f5 #c4
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Matters and Atomic Structure SPM 2021-2023_250414_224931.pdf
3.9 MB
Past year SPM Matters and Atomic Structure
Spm 2021 - Q1
Spm 2022 -Q4
Spm 2023 - Q3
#chemistry #f4 #c2
π¦*ΰ©β©β§βΛ γ @serenenotes γ
Spm 2021 - Q1
Spm 2022 -Q4
Spm 2023 - Q3
#chemistry #f4 #c2
π¦*ΰ©β©β§βΛ γ @serenenotes γ