NEET CBSE NOTES Class 9 10
Boards | IIT-JEE | NEET-UG | CUET | CBSE - Notes For Ads / Collaboration 📍 📥 @PhotonXEnergy * Digital Notes to be Launched Soon 🚀 * * Test Series + Quick Revision Notes Soon * For more : www.iitjeeneetnotes.com
Ko'proq ko'rsatish93 472
Obunachilar
-39324 soatlar
-3 3217 kunlar
-10 75130 kunlar
Post vaqtlarining boʻlagichi
Ma'lumot yuklanmoqda...
Find out who reads your channel
This graph will show you who besides your subscribers reads your channel and learn about other sources of traffic.
Nashrni tahlil qilish
| Postlar | Ko'rishlar | Ulashishlar | Ko'rish dinamikasi |
01 Haloalkanes Notes (Organic Chemistry) | 410 | 6 | Loading... |
02 ➠ Inorganic Chemistry Short Notes | 1 853 | 23 | Loading... |
03 💥Important Points of NCERT
🌟 All the unicellular eukaryotes are placed in Kingdom Protista.
🌟 Histone protein is absent in chromosome of dinoflagellates, due to this reason dinoflagellates are called mesokaryote.
🌟 Pigments present in dinoflagellates are Chl 'a' and Chl 'c'.
🌟 Stored food of dinoflagellates is starch.
🌟 Cell wall of diatoms is made up of cellulose + silica.
🌟 Pigments present in diatoms are Chl 'a' and Chl 'c'.
🌟 Stored food of diatom is leucosin and fats.
🌟 Mixotrophic nutrition is present in Euglenoids.
🌟 Stored food of Euglenoids is paramylum and fat.
🌟 Slime moulds are also called fungus animal.
🌟 At the time of reproduction slime moulds have cell wall.
🌟 Mode of nutrition is absorptive in fungi
🌟 Cell wall of fungi is made up of chitin.
🌟 In fungi the stored food remains in the form of glycogen and oil.
🌟 Mycelium of class phycomycetes is coenocytic aseptate.
🌟 Phytophthora infestans causes late blight disease in potato. This disease is known as "Famine of Ireland".
🌟 Mycelium of class - ascomycetes is uninucleate septate.
🌟 Class ascomycetes is known as "Sac fungi".
🌟 A. Flemming obtained the antibiotic penicillin from Penicillium notatum.
🌟 Fungus Neurospora is known as "Drosophila of Plant Kingdom".
🌟 Yeast is unicellular or non mycelial fungi.
🌟 Mycelium of class - basidiomycetes is septate and uni or binucleate.
🌟 Basidiomycetes is known as club fungi.
🌟 Special type of septa are found in mycelium of class basidiomycetes which are known as dolipore septum.
🌟 Clamp connection are formed during reproduction in basidiomycetes.
🌟 Puccinia is rust fungus, it causes rust disease in wheat.
🌟 Starting of rust disease (Primary infection) on wheat plants takes place through aeciospores.
🌟 Deuteromycetes is known as Fungi Imperfecti. | 1 | 0 | Loading... |
04 Chemical Equilibrium Notes
ᗪᖇOᑭ ᖇEᗩᑕTIOᑎ ᖴOᖇ ᗰOᖇE | 2 429 | 25 | Loading... |
05 PH List
• URINE = 6
• BLOOD = 7.4
• SPERM = 7.2
• STOMACH = 1.5-3.5
• SALIVARY AMYLASE = 6.8
• ACID RAIN = <5.5
• GOOD SOUL = 5.6 | 3 070 | 51 | Loading... |
06 Never loose hope. | 3 776 | 8 | Loading... |
07 "सबसे तेज़ , सबसे सटीक" Rank Predictor.
🛠️ NEET 2024 Marks vs Rank 🛠️
Join Now 🔗 https://www.youtube.com/watch?v=UdqnbVoqJ3I&list=PLmdFyQYShrjc4OSwBsTiCoyPgl0TJTgon&index=2 | 1 519 | 1 | Loading... |
08 ♻️ Important Notes - Electrochemical Cells ♻️
► An electrochemical cell can convert electrical energy to chemical energy and can also convert electrical energy to chemical energy. There are two types of electrochemical cells- Galvanic cell and Electrolytic cell.
► Cathodes are usually metal electrodes. It is the electrode where reduction takes place. The cathode is the positive electrode in a galvanic cell and a negative electrode in an electrolytic cell. Electrons move into the cathode.
► A half-cell is half of an electrochemical cell (electrolytic or galvanic), where either oxidation or reduction occurs. At equilibrium, there is no transfer of electrons across the half cells. Therefore, the potential difference between them is nil.
► A salt bridge is a device used to connect the oxidation and reduction half-cells of a galvanic cell (a type of electrochemical cell). Strong electrolytes are generally used to make the salt bridges in electrochemical cells. Since ZnSO4 is not a strong electrolyte, it is not used to make salt bridges.
► Emf of a cell is equal to the maximum potential difference across its electrodes, which occurs when no current is drawn through the cell. It can also be defined as the net voltage between the oxidation and reduction half-reactions.
► Cell potential is an intensive property as it is independent of the amount of material present. Gibbs free energy is defined for an electrochemical cell and is an extensive property as it depends on the quantity of the material.
► Electrode potential is the tendency of an electrode to accept or to lose electrons. Electrode potential depends on the nature of the electrode, temperature of the solution and the concentration of metal ions in the solution. It doesn’t depend on the size of the electrode.
► The salt bridge connects the two half-cell solutions to complete the circuit of the electrochemical cell. The electrolytes of the salt bridge are generally prepared in agar-agar or gelatin so that the electrolytes are kept in a semi-solid phase and do not mix with the half-cell solutions and interfere with the electrochemical reaction.
► A salt bridge is a junction that connects the anodic and cathodic compartments in a cell or electrolytic solution. It maintains electrical neutrality within the internal circuit, preventing the cell from rapidly running its reaction to equilibrium.
► A Voltaic or Galvanic cell is a type of electrochemical cell that converts chemical energy into electrical energy. Photovoltaic cells are used to convert light energy into electrical energy. An Electrolytic cell is a type of electrochemical cell that converts electrical energy into chemical energy. A fuel cell is an electrochemical cell that converts the chemical energy of a fuel and an oxidizing agent into electricity.
► For all spontaneous chemical reactions, the change in Gibbs free energy (ΔG°) is always negative. For a spontaneous reaction in an electrolytic cell, the cell potential (E°cell) should be positive.
► In an electrochemical cell, when an opposing externally potential is applied and increased slowly, the reaction continues to take place. When the external potential is equal to the potential of the cell, the reaction stops. Once the externally applied potential is greater than the potential of the cell, the reaction goes in the opposite direction and the cell behaves like an electrolytic cell.
► Primary cells cannot be used again and again. Since there is no fluid inside, these cells are also known as dry cells. The internal resistance is high and the chemical reaction is irreversible. Their initial cost is cheap.
► A secondary battery (a series of cells) is one which can be charged, discharged into a load, and recharged many times. Nickel-cadmium cell, Lead storage cell and Mercury cell are examples of secondary cells. Leclanche cell is an example of a primary cell. | 3 940 | 27 | Loading... |
09 Media files | 4 121 | 1 | Loading... |
10 Abhi tk Neet ka paper nahi milaya ??
Koii baat nahi Abhi aajao live 🔥🔥
https://neetug2024.oia.link/youtube-30ajvZPh
https://neetug2024.oia.link/youtube-30ajvZPh
On your Own Unacademy's Channel 😍❤️ | 389 | 0 | Loading... |
11 ALLEN Kota ka Bharosha
"सबसे तेज़ , सबसे सटीक" Paper analysis & Solution.
https://www.youtube.com/live/ILqVTobFIX4?si=DZ0y9AeuREaIM1cN
https://www.youtube.com/live/ILqVTobFIX4?si=DZ0y9AeuREaIM1cN
🛑 Get NEET 2024 Result on your WhatsApp 👇👇👇
Hurry up , Register Now : https://tinyurl.com/2vkk2dcb
https://tinyurl.com/2vkk2dcb | 4 145 | 5 | Loading... |
12 All the Best to all NEET Aspirants out there ❤️ | 4 871 | 1 | Loading... |
13 FIRSE BATA RAHA EK BAAR
✅ - AADHAR CARD ORIGINAL LE JANA PHOTO COPY NAHI
✅ - PRO FORMA PAGE NO - 2 SELF DECLARATION
✅ - 2 PASSPORT SIZE PHOTO
✅ - ADMIT CARD COLOUR YA BLACK AND WHITE DONO CHALEGA..
✅ - PEN UDHAR SE MILEGA
LADKIYA TSHIRT PEHN SAKTI...
HAIR BANDHE HUE NAHI HONE CHAHIYE.. WRIST WATCH NAHI PEHNA OR POCKET KHALI RAKHNA . SHOES NAHI PEHNA
LADKE TSHIRT CHAPAL PAJAMA.WRIST WATCH NAHI PEHNA . SHOES NAHI PEHNA.
PANI KI TRANSPARENT BOTTLE LE JA SAKTE HO.. | 5 705 | 24 | Loading... |
14 Important Points of NCERT -
• 1 gm Haemoglobin carry 1.34 ml of Oxygen.
• 100 ml blood contain 15 gm (12-16gm) Haemoglobin.
• 100 ml Blood carries 20 ml of Oxygen(1.34x15)
• But under normal physiological processes, 100 ml Blood delivers 25% (5ml) of Oxygen
• 1 molecule of Haemoglobin can carry maximum 4 Oxygen molecules. | 6 022 | 38 | Loading... |
15 Live Paper Analysis & Discussion By BM sir
▶️ YOUTUBE LINK - 👇👇
https://www.youtube.com/shorts/O3hpWhRkajg
https://www.youtube.com/shorts/O3hpWhRkajg
💥 WHAT TO EXPECT IN THIS VIDEO ❓
➡️ Super Fast Solution NEET 2024
➡️ Answer keys and video solutions
➡️ Rank Predictor
🔴 For more details regarding the results Register Now 👇👇
⚡️ Link :- https://tinyurl.com/2vkk2dcb
⚡️ Link :- https://tinyurl.com/2vkk2dcb | 2 774 | 0 | Loading... |
16 Electro Magnetic Induction Notes ✍️📝
Share | Drop ❤️ below
💐 Share & React below.
❍ ⎙ㅤ ⌲
ᶜᵒᵐᵐᵉⁿᵗ ˢᵃᵛᵉ ˢʰᵃʳᵉ | 680 | 10 | Loading... |
17 NEET 2024 ADMIT CARD OUT 😱
Click here 👇 to download your Admit Card Now 🔥
https://exams.nta.ac.in/NEET/ | 8 276 | 36 | Loading... |
18 CELL- BIOLOGY NOTES | 347 | 1 | Loading... |
19 Media files | 241 | 5 | Loading... |
💥Important Points of NCERT
🌟 All the unicellular eukaryotes are placed in Kingdom Protista.
🌟 Histone protein is absent in chromosome of dinoflagellates, due to this reason dinoflagellates are called mesokaryote.
🌟 Pigments present in dinoflagellates are Chl 'a' and Chl 'c'.
🌟 Stored food of dinoflagellates is starch.
🌟 Cell wall of diatoms is made up of cellulose + silica.
🌟 Pigments present in diatoms are Chl 'a' and Chl 'c'.
🌟 Stored food of diatom is leucosin and fats.
🌟 Mixotrophic nutrition is present in Euglenoids.
🌟 Stored food of Euglenoids is paramylum and fat.
🌟 Slime moulds are also called fungus animal.
🌟 At the time of reproduction slime moulds have cell wall.
🌟 Mode of nutrition is absorptive in fungi
🌟 Cell wall of fungi is made up of chitin.
🌟 In fungi the stored food remains in the form of glycogen and oil.
🌟 Mycelium of class phycomycetes is coenocytic aseptate.
🌟 Phytophthora infestans causes late blight disease in potato. This disease is known as "Famine of Ireland".
🌟 Mycelium of class - ascomycetes is uninucleate septate.
🌟 Class ascomycetes is known as "Sac fungi".
🌟 A. Flemming obtained the antibiotic penicillin from Penicillium notatum.
🌟 Fungus Neurospora is known as "Drosophila of Plant Kingdom".
🌟 Yeast is unicellular or non mycelial fungi.
🌟 Mycelium of class - basidiomycetes is septate and uni or binucleate.
🌟 Basidiomycetes is known as club fungi.
🌟 Special type of septa are found in mycelium of class basidiomycetes which are known as dolipore septum.
🌟 Clamp connection are formed during reproduction in basidiomycetes.
🌟 Puccinia is rust fungus, it causes rust disease in wheat.
🌟 Starting of rust disease (Primary infection) on wheat plants takes place through aeciospores.
🌟 Deuteromycetes is known as Fungi Imperfecti.
NEET IIT JEE CBSE Class 10 11 12
Join Our Channel For Best Materials Of :- NEET | IIT JEE Mains Advanced | CBSE | Class 9th To 12th • IIT JEE | NEET Materials • Class 9th - 12th Notes • CBSE Books & Sample Papers Website: NEETJEECBSE.com Contact/Ads : @ClashRowdier_OP
Chemical Equilibrium Notes
ᗪᖇOᑭ ᖇEᗩᑕTIOᑎ ᖴOᖇ ᗰOᖇE
👍 4🏆 3🥰 2❤ 1👏 1
PH List
• URINE = 6
• BLOOD = 7.4
• SPERM = 7.2
• STOMACH = 1.5-3.5
• SALIVARY AMYLASE = 6.8
• ACID RAIN = <5.5
• GOOD SOUL = 5.6
👍 21❤ 6🔥 1🎉 1
"सबसे तेज़ , सबसे सटीक" Rank Predictor.
🛠️ NEET 2024 Marks vs Rank 🛠️
Join Now 🔗 https://www.youtube.com/watch?v=UdqnbVoqJ3I&list=PLmdFyQYShrjc4OSwBsTiCoyPgl0TJTgon&index=2
👍 1🥴 1
♻️ Important Notes - Electrochemical Cells ♻️
► An electrochemical cell can convert electrical energy to chemical energy and can also convert electrical energy to chemical energy. There are two types of electrochemical cells- Galvanic cell and Electrolytic cell.
► Cathodes are usually metal electrodes. It is the electrode where reduction takes place. The cathode is the positive electrode in a galvanic cell and a negative electrode in an electrolytic cell. Electrons move into the cathode.
► A half-cell is half of an electrochemical cell (electrolytic or galvanic), where either oxidation or reduction occurs. At equilibrium, there is no transfer of electrons across the half cells. Therefore, the potential difference between them is nil.
► A salt bridge is a device used to connect the oxidation and reduction half-cells of a galvanic cell (a type of electrochemical cell). Strong electrolytes are generally used to make the salt bridges in electrochemical cells. Since ZnSO4 is not a strong electrolyte, it is not used to make salt bridges.
► Emf of a cell is equal to the maximum potential difference across its electrodes, which occurs when no current is drawn through the cell. It can also be defined as the net voltage between the oxidation and reduction half-reactions.
► Cell potential is an intensive property as it is independent of the amount of material present. Gibbs free energy is defined for an electrochemical cell and is an extensive property as it depends on the quantity of the material.
► Electrode potential is the tendency of an electrode to accept or to lose electrons. Electrode potential depends on the nature of the electrode, temperature of the solution and the concentration of metal ions in the solution. It doesn’t depend on the size of the electrode.
► The salt bridge connects the two half-cell solutions to complete the circuit of the electrochemical cell. The electrolytes of the salt bridge are generally prepared in agar-agar or gelatin so that the electrolytes are kept in a semi-solid phase and do not mix with the half-cell solutions and interfere with the electrochemical reaction.
► A salt bridge is a junction that connects the anodic and cathodic compartments in a cell or electrolytic solution. It maintains electrical neutrality within the internal circuit, preventing the cell from rapidly running its reaction to equilibrium.
► A Voltaic or Galvanic cell is a type of electrochemical cell that converts chemical energy into electrical energy. Photovoltaic cells are used to convert light energy into electrical energy. An Electrolytic cell is a type of electrochemical cell that converts electrical energy into chemical energy. A fuel cell is an electrochemical cell that converts the chemical energy of a fuel and an oxidizing agent into electricity.
► For all spontaneous chemical reactions, the change in Gibbs free energy (ΔG°) is always negative. For a spontaneous reaction in an electrolytic cell, the cell potential (E°cell) should be positive.
► In an electrochemical cell, when an opposing externally potential is applied and increased slowly, the reaction continues to take place. When the external potential is equal to the potential of the cell, the reaction stops. Once the externally applied potential is greater than the potential of the cell, the reaction goes in the opposite direction and the cell behaves like an electrolytic cell.
► Primary cells cannot be used again and again. Since there is no fluid inside, these cells are also known as dry cells. The internal resistance is high and the chemical reaction is irreversible. Their initial cost is cheap.
► A secondary battery (a series of cells) is one which can be charged, discharged into a load, and recharged many times. Nickel-cadmium cell, Lead storage cell and Mercury cell are examples of secondary cells. Leclanche cell is an example of a primary cell.
👍 9❤ 2😱 1
During simple harmonic motion of a body, the energy at the extreme positions isAnonymous voting
- is always zero
- purely kinetic
- purely potential
- both kinetic and potential
👍 17🥰 3🔥 2🎉 1
Abhi tk Neet ka paper nahi milaya ??
Koii baat nahi Abhi aajao live 🔥🔥
https://neetug2024.oia.link/youtube-30ajvZPh
https://neetug2024.oia.link/youtube-30ajvZPh
On your Own Unacademy's Channel 😍❤️