Siapa sini baru je habis exam fizik?๐ฎโ๐จmin baru je petang tadi hehe
๐65โค5๐3๐คฉ1
Which of the following is true
Anonymous Quiz
24%
An elastik collison will occur
44%
The total momentum is conserved
11%
The total kinetic energy is conserved
21%
After collision the two trolleys will separate and move with different velocities
๐10โค2
Which statement is correct about the elastic collision?
Anonymous Quiz
19%
The momentum of ball M before the collision is equal to the momentum of ball N before the collision
61%
The total momentum before the collision is equal to the total momentum after the collision
6%
kinetic energy ball M before the collision is equal to the kinetic energy ball N before collision D
13%
total kinetic energy before the collision is not equal to the total kinetic energy after collision.
๐3๐คฉ1
๐คฉ8๐1
One of the factors that affect the pressure in a fluid is
Anonymous Quiz
6%
The mass of the liquid
21%
The volume of the liquid
70%
the depth of liquid
4%
the size of the liquid container
โค1
Forwarded from Bahan Fizik SPM ๐
Selamat berehat semua. Memang masa cuti/rehat pun sepatutnya.
Tapi kalau ada yang nak guna masa cuti untuk catch up silibus, boleh lah tengok ni.
PLAYLIST TINGKATAN 4
T4 Pengukuran:
https://www.youtube.com/playlist?list=PLSAMCIatlM1KqtHtPl_X8wN50ZZ5OEaem
T4 Daya dan Gerakan I:
https://www.youtube.com/playlist?list=PLSAMCIatlM1J-TUo8CRsxjtZ1oK8U_AOl
T4 Kegravitian
https://www.youtube.com/playlist?list=PLSAMCIatlM1Jnl0JsH2k-3b8gS3Z8VEii
PLAYLIST TINGKATAN 5
T5 Daya dan Gerakan II:
https://www.youtube.com/playlist?list=PLSAMCIatlM1JFO90LA8Pd9_PpsqQl5EIs
T5 Tekanan:
https://www.youtube.com/playlist?list=PLSAMCIatlM1JHkchB7bnasc96d-qJrlJM
T5 Elektrik:
https://www.youtube.com/playlist?list=PLSAMCIatlM1IRrfB0TGW-LSaWQQynxvRQ
T5 Keelektromagnetan:
https://www.youtube.com/playlist?list=PLSAMCIatlM1LkRB1-hLvei1Fj2dqEfN8I
All the best โจ
Tapi kalau ada yang nak guna masa cuti untuk catch up silibus, boleh lah tengok ni.
PLAYLIST TINGKATAN 4
T4 Pengukuran:
https://www.youtube.com/playlist?list=PLSAMCIatlM1KqtHtPl_X8wN50ZZ5OEaem
T4 Daya dan Gerakan I:
https://www.youtube.com/playlist?list=PLSAMCIatlM1J-TUo8CRsxjtZ1oK8U_AOl
T4 Kegravitian
https://www.youtube.com/playlist?list=PLSAMCIatlM1Jnl0JsH2k-3b8gS3Z8VEii
PLAYLIST TINGKATAN 5
T5 Daya dan Gerakan II:
https://www.youtube.com/playlist?list=PLSAMCIatlM1JFO90LA8Pd9_PpsqQl5EIs
T5 Tekanan:
https://www.youtube.com/playlist?list=PLSAMCIatlM1JHkchB7bnasc96d-qJrlJM
T5 Elektrik:
https://www.youtube.com/playlist?list=PLSAMCIatlM1IRrfB0TGW-LSaWQQynxvRQ
T5 Keelektromagnetan:
https://www.youtube.com/playlist?list=PLSAMCIatlM1LkRB1-hLvei1Fj2dqEfN8I
All the best โจ
๐12โค5
Kalau nak ikutkan fizik bab tak banyak pun.. boleh lah f5 tu study sikit2
๐11
Forwarded from Thespmneticโข ๐ต๐ป๐ต๐ปโโ
Selamat menyambut hari kemerdekaan semua! ๐ฒ๐พ
๐9โค2
Forwarded from Serene NotesChannel สใฃโขแดฅโขสใฃ (Tahirah Sultana)
๐กPhysics with Heera
4.1 Force on a Current-carrying Conductor in a Magnetic Field
๐งฒWhen a current-carrying conductor is placed in a magnetic field, the conductor will experience FORCE
๐งฒDirection of the force depends on :
๐Direction of the current
๐Direction of the magnetic field
๐งฒForce on a current-carrying conductor in a magnetic field is produced by?
๐The interaction between 2 magnetic fields
โ magnetic field from the electric current in the conductor
โmagnetic field from the permanent magnet
๐ซThe 2 magnetic fields combine to produce resultant magnetic field that is known asCATAPULT FIELD
๐The PATTERN of the catapult field = direction of the force acting on the conductor
What is Catapult field? (Pg 138)
๐A 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
๐ฆ*เฉโฉโงโห ใ @serenenotes ใ
4.1 Force on a Current-carrying Conductor in a Magnetic Field
๐งฒWhen a current-carrying conductor is placed in a magnetic field, the conductor will experience FORCE
๐งฒDirection of the force depends on :
๐Direction of the current
๐Direction of the magnetic field
๐งฒForce on a current-carrying conductor in a magnetic field is produced by?
๐The interaction between 2 magnetic fields
โ magnetic field from the electric current in the conductor
โmagnetic field from the permanent magnet
๐ซThe 2 magnetic fields combine to produce resultant magnetic field that is known as
๐The PATTERN of the catapult field = direction of the force acting on the conductor
What is Catapult field? (Pg 138)
๐
~ to be continued ~
#physics #c4 #f5
#heera
๐ฆ*เฉโฉโงโห ใ @serenenotes ใ
โค9๐7
Forwarded from Serene NotesChannel สใฃโขแดฅโขสใฃ (Tahirah Sultana)
๐กFizik bersama Heera dan Hanis
4.1 - Daya ke atas konduktor pembawa arus dalam suatu medan magnet
๐งฒ Apabila konduktor pembawa arus diletakkan dalam suatu medan magnet, konduktor tersebut akan mengalami DAYA
๐งฒ Arah daya bergantung pada :
๐ Arah arus
๐ Arah medan magnet
๐งฒ Daya pada konduktor pembawa arus dalam medan terhasil daripada ?
๐ Interaksi di antara 2 medan magnet
โ medan magnet drpd arus elektrik dalam konduktor
โ medan magnet drpd magnet kekal
๐ซ - 2 medan magnet ini bergabung utk menghasilkan 1 medan magnet paduan yg dikenali sbgaiMEDAN LASTIK
๐ CORAK medan lastik = arah tindakan daya pada konduktor itu
Apakah itu medan lastik ? (Pg 138)
๐medan magnet paduan yg dihasilkan oleh interaksi antara medan magnet drpd konduktor pembawa arus dgn medan magnet drpd magnet kekal
~ bersambung ~
๐ชดEnglish Version : https://t.me/serenenotes/365
#physics #c4 #f5
#malay
#heera
๐ฆ*เฉโฉโงโห ใ @serenenotes ใ
4.1 - Daya ke atas konduktor pembawa arus dalam suatu medan magnet
๐งฒ Apabila konduktor pembawa arus diletakkan dalam suatu medan magnet, konduktor tersebut akan mengalami DAYA
๐งฒ Arah daya bergantung pada :
๐ Arah arus
๐ Arah medan magnet
๐งฒ Daya pada konduktor pembawa arus dalam medan terhasil daripada ?
๐ Interaksi di antara 2 medan magnet
โ medan magnet drpd arus elektrik dalam konduktor
โ medan magnet drpd magnet kekal
๐ซ - 2 medan magnet ini bergabung utk menghasilkan 1 medan magnet paduan yg dikenali sbgai
๐ CORAK medan lastik = arah tindakan daya pada konduktor itu
Apakah itu medan lastik ? (Pg 138)
๐
~ bersambung ~
๐ชดEnglish Version : https://t.me/serenenotes/365
#physics #c4 #f5
#malay
#heera
๐ฆ*เฉโฉโงโห ใ @serenenotes ใ
๐7๐คฉ6โค2๐ค1
https://t.me/physicsspmnotes?boost
HELLO guys , siapa yang ada telegram premium tu tolong la boost supaya channel ni boleh post story mengenai ilmu physics๐ฎโ๐จ๐คชโก๏ธ
HELLO guys , siapa yang ada telegram premium tu tolong la boost supaya channel ni boleh post story mengenai ilmu physics๐ฎโ๐จ๐คชโก๏ธ
Telegram
Physics Spmnetic!โข ๐ญ
Tingkatkan saluran ini untuk membolehkan saluran mengepos stori.
โค2๐2๐คฉ1