💡Physics with Heera
! IMPORTANT DEFINITIONS !
Part 2
🔍Resistivity of a conductor, p
👉🏻Measure of a conductor's ability to oppose the flow of the electric current.
🔍Superconductors
👉🏻Materials that conduct electricity without any resistance.
🔍Critical temperature, Tc
The temperature when the resistivity of a superconductor becomes ZERO.
🔍Electromotive force (e.m.f.)
Energy transferred or work done by an electrical source to move one coulumb of charge in a complete circuit.
🔍Voltage drop
Value of potential difference across the circuit, V is SMALLER than the e.m.f. of the dry cell
V < e.m.f.
🔍Internal resistance, r of dry cell
The resistance caused by electrolytes in the dry cell
🧠Apa effects??
😿Loss of energy in the form of heat in dry cell
😿V < e.m.f. ---- (voltage drop👀)
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
! IMPORTANT DEFINITIONS !
Part 2
🔍Resistivity of a conductor, p
👉🏻
🔍Superconductors
👉🏻
🔍Critical temperature, Tc
🔍Electromotive force (e.m.f.)
🔍Voltage drop
V < e.m.f.
🔍Internal resistance, r of dry cell
🧠Apa effects??
😿Loss of energy in the form of heat in dry cell
😿V < e.m.f. ---- (voltage drop👀)
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤4
FIZIKI SENARAI DEFINISI & FORMULA 2021.pdf
904.1 KB
FIZIKI SENARAI DEFINISI & FORMULA 2021.pdf
PHYSICS DICTIONARY KSSM.pdf
22.2 MB
Physics Dictionary KSSM
FORM 4 & 5
🥰amazingPhysics🥰
FORM 4 & 5
🥰amazingPhysics🥰
💡Physics with Heera
4.1 Force on a Current-carrying Conductor in a Magnetic Field
🧲When a current-carrying conductor is placed in a magnetic field, the conductor will experience FORCE
🧲Direction of the force depends on :
🔋Direction of the current
🔋Direction of the magnetic field
🧲Force on a current-carrying conductor in a magnetic field is produced by?
👉The interaction between 2 magnetic fields
● magnetic field from the electric current in the conductor
●magnetic field from the permanent magnet
🫂The 2 magnetic fields combine to produce resultant magnetic field that is known asCATAPULT FIELD
🍁The PATTERN of the catapult field = direction of the force acting on the conductor
What is Catapult field? (Pg 138)
👉A resultant magnetic field produced by the interaction between the magnetic field from a current-carrying conductor and magnetic field from a permanent magnet
~ to be continued ~
#physics #c4 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
4.1 Force on a Current-carrying Conductor in a Magnetic Field
🧲When a current-carrying conductor is placed in a magnetic field, the conductor will experience FORCE
🧲Direction of the force depends on :
🔋Direction of the current
🔋Direction of the magnetic field
🧲Force on a current-carrying conductor in a magnetic field is produced by?
👉The interaction between 2 magnetic fields
● magnetic field from the electric current in the conductor
●magnetic field from the permanent magnet
🫂The 2 magnetic fields combine to produce resultant magnetic field that is known as
🍁The PATTERN of the catapult field = direction of the force acting on the conductor
What is Catapult field? (Pg 138)
👉
~ to be continued ~
#physics #c4 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
💡Fizik bersama Heera dan Hanis
4.1 - Daya ke atas konduktor pembawa arus dalam suatu medan magnet
🧲 Apabila konduktor pembawa arus diletakkan dalam suatu medan magnet, konduktor tersebut akan mengalami DAYA
🧲 Arah daya bergantung pada :
🔋 Arah arus
🔋 Arah medan magnet
🧲 Daya pada konduktor pembawa arus dalam medan terhasil daripada ?
👉 Interaksi di antara 2 medan magnet
● medan magnet drpd arus elektrik dalam konduktor
● medan magnet drpd magnet kekal
🫂 - 2 medan magnet ini bergabung utk menghasilkan 1 medan magnet paduan yg dikenali sbgaiMEDAN LASTIK
🍁 CORAK medan lastik = arah tindakan daya pada konduktor itu
Apakah itu medan lastik ? (Pg 138)
👉medan magnet paduan yg dihasilkan oleh interaksi antara medan magnet drpd konduktor pembawa arus dgn medan magnet drpd magnet kekal
~ bersambung ~
🪴English Version : https://t.me/serenenotes/365
#physics #c4 #f5
#malay
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
4.1 - Daya ke atas konduktor pembawa arus dalam suatu medan magnet
🧲 Apabila konduktor pembawa arus diletakkan dalam suatu medan magnet, konduktor tersebut akan mengalami DAYA
🧲 Arah daya bergantung pada :
🔋 Arah arus
🔋 Arah medan magnet
🧲 Daya pada konduktor pembawa arus dalam medan terhasil daripada ?
👉 Interaksi di antara 2 medan magnet
● medan magnet drpd arus elektrik dalam konduktor
● medan magnet drpd magnet kekal
🫂 - 2 medan magnet ini bergabung utk menghasilkan 1 medan magnet paduan yg dikenali sbgai
🍁 CORAK medan lastik = arah tindakan daya pada konduktor itu
Apakah itu medan lastik ? (Pg 138)
👉
~ bersambung ~
🪴English Version : https://t.me/serenenotes/365
#physics #c4 #f5
#malay
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤1
💡Physics with Heera
📡Chapter 3 : Electricity
! IMPORTANT DEFINITIONS !
Part 1
🔎E.H.T
👉🏻Extra high tension
🔍Electric field
👉🏻The REGION around a charged particle where any charge in the region will experience an electric force.
🔍Electric field strength, E
👉🏻Electric force acting on a unit postive charge placed at a point.
🔍Current, I
👉🏻The rate of flow of charge, Q in a conductor
🔍Potential difference, V
👉🏻The work done, W in moving one coulumb of charge, Q from one point to another.
V = W/Q or
V = E/Q
🔍Resistance
👉🏻Ratio between potential difference, V and current, I.
R = V/I
🔍Rheostat
👉🏻Control the current flow
🔍s.w.g.
👉🏻Size wire gauge
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
📡Chapter 3 : Electricity
! IMPORTANT DEFINITIONS !
Part 1
🔎E.H.T
👉🏻
🔍Electric field
👉🏻
🔍Electric field strength, E
👉🏻
🔍Current, I
👉🏻
🔍Potential difference, V
👉🏻
V = W/Q or
V = E/Q
🔍Resistance
👉🏻
R = V/I
🔍Rheostat
👉🏻
🔍s.w.g.
👉🏻
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤4
💡Physics with Heera
! IMPORTANT DEFINITIONS !
Part 2
🔍Resistivity of a conductor, p
👉🏻Measure of a conductor's ability to oppose the flow of the electric current.
🔍Superconductors
👉🏻Materials that conduct electricity without any resistance.
🔍Critical temperature, Tc
The temperature when the resistivity of a superconductor becomes ZERO.
🔍Electromotive force (e.m.f.)
Energy transferred or work done by an electrical source to move one coulumb of charge in a complete circuit.
🔍Voltage drop
Value of potential difference across the circuit, V is SMALLER than the e.m.f. of the dry cell
V < e.m.f.
🔍Internal resistance, r of dry cell
The resistance caused by electrolytes in the dry cell
🧠Apa effects??
😿Loss of energy in the form of heat in dry cell
😿V < e.m.f. ---- (voltage drop👀)
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
! IMPORTANT DEFINITIONS !
Part 2
🔍Resistivity of a conductor, p
👉🏻
🔍Superconductors
👉🏻
🔍Critical temperature, Tc
🔍Electromotive force (e.m.f.)
🔍Voltage drop
V < e.m.f.
🔍Internal resistance, r of dry cell
🧠Apa effects??
😿Loss of energy in the form of heat in dry cell
😿V < e.m.f. ---- (voltage drop👀)
#physics #c3 #f5
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤1
💡Physics with Heera
📡Chapter 2 - Force and Motion I📡
1⃣Newton's 1st Law of Motion
👉🏻An object will remain at rest or move at uniform velocity unless acted upon by an external force
Inertia
👉🏻The tendency of an object to remain at rest or if moving, to continue its motion in a straight line at uniform velocity
2⃣Newton's 2nd Law of Motion
👉🏻The rate of change of momentum is directly proportional to the force
👉🏻Acts in the direction of the applied force
F= kma
3⃣Newton's 3rd Law of Motion
👉🏻For evert action, there is a reaction of equal magnitude, but in the opposite direction.
Impulse, J
👉🏻Change of momentum
J= mv - mu
Impulsive FORCE, F
👉🏻RATE of change of momentum
F= ( mv - mu ) / t
#physics #c2 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
📡Chapter 2 - Force and Motion I📡
1⃣Newton's 1st Law of Motion
👉🏻
Inertia
👉🏻
2⃣Newton's 2nd Law of Motion
👉🏻
👉🏻
F= kma
3⃣Newton's 3rd Law of Motion
👉🏻
Impulse, J
👉🏻
J= mv - mu
Impulsive FORCE, F
👉🏻
F= ( mv - mu ) / t
#physics #c2 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤1🎉1
💡Physics with Heera
🔭Principle of Conservation of MOMENTUM
🧲The total momentum BEFORE collision is EQUAL to the total momentum AFTER collision if no external force is acting on it.
Basically,
Before = After
(No external force)
#physics #c2 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
🔭Principle of Conservation of MOMENTUM
🧲
Basically,
Before = After
(No external force)
#physics #c2 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤2
💡Physics with Heera
📡Chapter 3 - Gravitation
3.1 Newton's Universal Law of Gravitation
Important Definitions !
1⃣ Gravitational Force
👉Known as Universal force
👉Why? It acts between any two bodies in the universe
👉Force of attraction between any two bodies
👉Gravitational force exists between 2 bodies
👉both bodies experience gravitational force of the same magnitude
💥Directly proportional to the product of the masses of the two bodies
💥Inversely proportional to the square of the distance between the centres of the two bodies
2⃣Newton's Universal Law of Gravitation.... states that
🔍 The gravitational force between two bodies is directly proportional to the product of the masses of both bodies
🔍Inversely proportional to the square of the distance between the centres of the two bodies
3⃣Centripetal Force (pg 90)
🌻A force acts on the body in a direction towards the centre of cirlce
🌻The magnitude of the centripetal force depends on the
a) Mass of the body
b) Linear speed
c) Radius of the circle
#physics #c3 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
📡Chapter 3 - Gravitation
3.1 Newton's Universal Law of Gravitation
Important Definitions !
1⃣ Gravitational Force
👉Why? It acts between any two bodies in the universe
👉Force of attraction between any two bodies
👉Gravitational force exists between 2 bodies
👉both bodies experience gravitational force of the same magnitude
💥Directly proportional to the product of the masses of the two bodies
💥Inversely proportional to the square of the distance between the centres of the two bodies
2⃣Newton's Universal Law of Gravitation.... states that
🔍
🔍Inversely proportional to the square of the distance between the centres of the two bodies
3⃣Centripetal Force (pg 90)
🌻
🌻The magnitude of the centripetal force depends on the
a) Mass of the body
b) Linear speed
c) Radius of the circle
#physics #c3 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤2
💡Physics with Heera
📡Chapter 3 - Gravitation
3.2 Kepler's Law
Important Definitions !
1⃣Kepler's 1st Law
🪐All planets move in elliptical orbits with the Sun🌞 at one focus
🪐Law of Orbits
2⃣Kepler's 2nd Law
👉A line that connects a planet to the Sun sweeps out equal areas in equal times
👉Law of Areas
3⃣Kepler's 3rd Law
⏳The square of the orbital period(T²) of any planet is directly proportional to the cube of the radius(r³) of its orbit
⏳Law of Periods
#physics #c3 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
📡Chapter 3 - Gravitation
3.2 Kepler's Law
Important Definitions !
1⃣Kepler's 1st Law
🪐Law of Orbits
2⃣Kepler's 2nd Law
👉Law of Areas
3⃣Kepler's 3rd Law
⏳The square of the orbital period(T²) of any planet is directly proportional to the cube of the radius(r³) of its orbit
⏳Law of Periods
#physics #c3 #f4
#heera
🦋*ੈ✩‧₊˚ 『 @serenenotes 』
❤2
⭐️REVISION WAVE INTERFERENCE⭐️
🔊🔉🔈🔇Kenapa Suara Speaker Di Dewan Ada Tempat Yang Kuat, Ada Yang Slow ?
🐢 Slow Sebab Tempat Awak Duduk Tu Berlakunya
🔸trough + trough / crest + crest = constructive
🔹trough + crest = destructive
Bila destructive, amplitudnya pun jadi ?0
💫 more feezeek revision in https://t.me/feezeekwui 💫
🔊🔉🔈🔇Kenapa Suara Speaker Di Dewan Ada Tempat Yang Kuat, Ada Yang Slow ?
🐢 Slow Sebab Tempat Awak Duduk Tu Berlakunya
Destructive Interference !
🔸trough + trough / crest + crest = constructive
🔹trough + crest = destructive
Bila destructive, amplitudnya pun jadi ?
💫 more feezeek revision in https://t.me/feezeekwui 💫
❤5
⭐️ REVISION FEEZEEK ⭐️
💥Kesan Medan Elektrik Kepada Nyalaan Lilin💥
🔸1) Nyalaan lilin akan mengion udara menjadi cation (+ve) dan anion (-ve)
🔸2) Cation tertarik kepada plat logam +ve — Anion tertarik kepada plat logam -ve
🔸3) Saiz & jisim cation > anion
🔸4) Sebaran nyalaan api ke -ve > +ve
More Feezeek Revision in https://t.me/feezeekwui
💥Kesan Medan Elektrik Kepada Nyalaan Lilin💥
🔸1) Nyalaan lilin akan mengion udara menjadi cation (+ve) dan anion (-ve)
🔸2) Cation tertarik kepada plat logam +ve — Anion tertarik kepada plat logam -ve
🔸3) Saiz & jisim cation > anion
🔸4) Sebaran nyalaan api ke -ve > +ve
More Feezeek Revision in https://t.me/feezeekwui
❤3
🧲 Trial SPM 2022 🧲
Paper 1 👉 40 questions
🔭Kedah ✅
https://t.me/physicsspmnotes/6586
🔭Pahang ✅
https://t.me/physicsspmnotes/6688
🔭 Selangor ✅
https://t.me/physicsspmnotes/6793
🔭 Melaka ✅
https://t.me/physicsspmnotes/6892
🔭SPMRSM 2021✅
https://t.me/physicsspmnotes/7002
🔭SPMRSM 2022✅
https://t.me/physicsspmnotes/7542
🔭Terengganu✅
https://t.me/physicsspmnotes/7082
🔭SBP✅
https://t.me/physicsspmnotes/7166
🔭Selangor set 1 2022✅
https://t.me/physicsspmnotes/7270
🔭Negeri 9✅
https://t.me/physicsspmnotes/7342
🔭Modul Kenyalang Sarawak 2022 ✅
https://t.me/physicsspmnotes/7428
#trial2022
Creds to admin @physicsspmnotes
Paper 1 👉 40 questions
🔭Kedah ✅
https://t.me/physicsspmnotes/6586
🔭Pahang ✅
https://t.me/physicsspmnotes/6688
🔭 Selangor ✅
https://t.me/physicsspmnotes/6793
🔭 Melaka ✅
https://t.me/physicsspmnotes/6892
🔭SPMRSM 2021✅
https://t.me/physicsspmnotes/7002
🔭SPMRSM 2022✅
https://t.me/physicsspmnotes/7542
🔭Terengganu✅
https://t.me/physicsspmnotes/7082
🔭SBP✅
https://t.me/physicsspmnotes/7166
🔭Selangor set 1 2022✅
https://t.me/physicsspmnotes/7270
🔭Negeri 9✅
https://t.me/physicsspmnotes/7342
🔭Modul Kenyalang Sarawak 2022 ✅
https://t.me/physicsspmnotes/7428
#trial2022
Creds to admin
Telegram
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( TRIAL PHYSIC KEDAH ) 🚀
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❤1
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Dan isi this
Boleh isi details di bawah untuk tujuan pendaftaran
🔰MAKLUMAT DIRI
Nama penuh:
No. telefon (sendiri):
Username Telegram:
Tingkatan (4/5):
Nama sekolah :
Join kelas (5 Dec/6 Dec/both) :
Belajar dalam bahasa (BM/ENG):
Markah terakhir subjek kimia (%):
Emel: