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    Sekolah Berasrama Penuh

    201

    3

    X A-

    PLUSMODULE PHYSI

    S

    !AME " ############################################### #################

    LASS " ############################################## #################

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     X A-PLUS MODULE SBP PHYSICS 2013 : PHYSICS 2

    SE$IO! O!$E!$ PA%E

    A &S'ILL(

    SE$IO! I " PHYSIS O!EP$ ) LA* ) +ULE ) P+I!IPLE

    SE$IO! II " O!EP$UALI,A$IO!

     Pa.er 2 Se/on B 

    SE$IO! III " U!DE+S$A!DI!%  Pa.er 2 & Se/on B an  ( 

    SE$IO! I4 " P+OBLEM SOL4I!% &5UALI$A$I4E(  Pa.er 2 Se/on A &no#6( 7 Se/on B &no#8)10( 

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    :O+MA$(

    Pa.er 2 Se/on A  !o# ;< =< 6< > 

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    Pa.er 2 Se/on   !o# 11< 12 

    Pa.er 3 Se/on A  !o# 1< 2 

    PHYSIS X A-PLUS 2012 PA!ELS

     ?E!!Y$A B$ !OO+BI (Head Of Panels)

    SMS Tuanku Munawir 

    'AMA+IAH B$ MOHD A+SHAD

    Th Ma!a" C#!!$ %ua!a %an$&ar 

    !I' S+I +AHAYU B$ !I' A+I::I!

    SMS Hu!u S!an$#r 

    SU+IYA$I B$ YUSO::

    SMS Mu'a(ar Shah

     ?AMALUDI! B ABD %HA!I

    SBPI Ba)u *aki) 

    !O+LAH B$ ,AI!

    SMS %u+hin$

    PHYSIS $OPIS &X A-Plus 2013 MODULE(

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     X A-PLUS MODULE SBP PHYSICS 2013 : PHYSICS 3

    !o

    Skll ) %rou.

    on/e.ual Unersan[email protected] 5ualae 5ualae De/son

    mak[email protected] E.ermen

    1# Force Motion Force Motion Intro Physics Force Motion Intro Physics Force Motion

    2# Force Motion Force Motion Force Motion Force Motion Force Motion Force Motion

    3# Force Motion Force Motion Force Motion Force Motion Force Motion Force Motion

    9# Force Pressure Force Motion Force Motion Force Motion Force Pressure

    Force Pressure

    ;# Force Pressure Force Motion Force Pressure Force Pressure

    Force Pressure

    Force Pressure

    =# Force Pressure Force Pressure Heat Force Pressure

    Force Pressure

    Force Pressure

    6# Force Pressure Force Pressure Heat Force Pressure

    Force Pressure

    Heat

    ># Force Pressure Force Pressure Heat Force Pressure

    Force Pressure

    Heat

    8# Heat Force Pressure Light Heat Force

    Pressure Heat

    10# Heat Heat Wave Heat Heat Heat

    11# Light Heat Electricity Light Heat Heat

    12# Light Heat Electromagnet Light Heat Light

    13# Light Light Electronic Light Heat Light

    19# Wave Light Electronic Light Light Wave

    1;# Wave Wave Radioactivity Wave Light Wave

    1=# Wave Wave Electricity Wave Electricity

    16# Electricity Wave Electricity Wave Electricity

    1># Electricity Electricity Electromagne t

    Electricity Electromagne t

    18# Electromagnet Electricity Electromagne t

    Electromagne t

    Electromagne t

    20# Electromagnet Electromagnet Electromagne t

    Electronic Electronic

    21# Electronic Electromagnet Electromagne t

    Electronic

    22# Electronic Electromagnet Electronic Radioactivity

    23# Electronic Electromagnet Electronic Radioactivity

    29# Electronic Electromagnet Electronic

    2;# Radioactivity Electronic Electronic

    2=# Electronic Radioactivity

    26# Electronic Radioactivity

    2># Electronic

    28# Radioactivity

    30# Radioactivity

    31# Radioactivity

    SE$IO! I -PHYSIS O!EP$ A!D DE:I!I$IO!

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     X A-PLUS MODULE SBP PHYSICS 2013 : PHYSICS )

    What is !e"nition

    #) ;ravitational 0cceleration

     +he acceleration o, o&ects due to gravity  ,alling ,ree

    #/ ;ravitational Field

     +he gravitational "eld is the region around the earth in -hich an o&ect e6.erience a ,orce due to gravitational attraction

    #1

    Resultant Force  et Force

    Resultant ,orce is a single ,orce that re.resents the com&ined e=ect o, t-o or more ,orces in magnitude and direction

    #7

    >n&alanced Forces 

    When the ,orces acting on an o&ect is not &alanced: there must &e a net ,orceun&alancedresultant ,orce acting on it

    >n&alanced ,orces .roduce an acceleration to the o&ect

    #8

    Forces in E$uili&rium  Balanced Forces

     +he o&ect is said to &e in a state o, e$uili&rium -hen the resulting ,orce acting on the o&ect is ?ero @ no net ,orce acting u.on itA

    When the e$uili&rium is reached: then the o&ect is in t-o states: that is @iA remains stationary @i, the o&ect is stationaryA @iiA moves at a constant velocity @ i, the o&ect is

    movingA  ?ero acceleration

    29 e-ton5s +hird La- o,

    Motion e-ton5s third la- o, motion states that: +o every action there is an e$ual &ut o..osite direction

    2#

      Wor Wor is de"ned as the .roduct o, the a..lied ,orce :F on the o&ect and its dis.lacement: s in the direction o, the a..lied ,orce

    22 Energy

    Energy is the a&ility to do -or @Wor done is e$ual to the amount o, energy trans,erred

    23 ;ravitational Potential

    Energy

     +he ;ravitational .otential energy o, an o&ect is

    the energy stored in the o&ect due to its .osition in a ,orce "eld

    24

    Cinetic Energy Cinetic energy is the energy .ossessed &y an

    o&ect due to its motion

    2) Princi.le o, *onservation

    o, Energy Princi.le o, *onservation o, Energy states that

    2/ Po-er Po-er is the amount o, -or done .er second

    21 EDciency

    EDciency o, a device is the .ercentage o, the energy in.ut that is trans,erred into use,ul energy

    27

    Elasticity Elasticity is the .ro.erty o, a su&stance -hich ena&les it to return to original sha.e a,ter an a..lied e6ternal ,orce is removed

    28

    Elastic Limit

    Elastic limit o, a s.ring is de"ned as the ma6imum ,orce that can &e a..lied to a s.ring such that the

    s.ring -ill &e a&le to restored to its original length -hen the ,orce is removed

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     X A-PLUS MODULE SBP PHYSICS 2013 : PHYSICS /

    What is !e"nition

    39

      Hooe5s La- Hooe5s La- states that the e6tension o, a s.ring is directly .ro.ortional to the a..lied ,orce .rovided that the elastic limit is not e6ceeded

    3#

    '.ring *onstant Force *onstant

    0 s.ring constant o, a s.ring is the ,orce that is

    re$uired to .roduce one unit o, e6tension o, thes.ring @measure o, the sti=ness o, the s.ringA

    32

    Elastic Potential Energy Elastic Potential Energy is the energy stored in a s.ring -hen it is e6tended or com.ressed

    ha.er 3" :or/e an Pressure

    What is !e"nition

    #

    Pressure Pressure is de"ned as the ,orce acting normally on a unit o, sur,ace area

    2 0tmos.heric Pressure

     +he 0tmos.heric .ressure is caused &y the the -eight o, the air on the Earth5s sur,ace

    3 ;as Pressure

    ;as .ressure is the ,orce .er unit area e6erted &y the gas molecules as they collide -ith the -alls o, their container

    4

    Pascal5s Princi.le Pascal5s .rinci.le states that -hen .ressure is a..lied to an enclosed uid: the .ressure -ill &e transmitted e$ually throughout the -hole enclosed uid

    ) Bouyant Force

    Bouyant Force is an u.-ard ,orce resulting ,rom an o&ect &eing -holly or .artially immersed in a uid

    /

    0rchimedes5 Princi.le 0rchimedes5 Princi.le states that:  When an o&ect is immersed in a uid: the &uoyant ,orce on the o&ect is e$ual in si?e to the -eight o, uid dis.laced &y the o&ect

    1 Bernoulli5s Princi.le

    Bernoulli5s .rinci.lestatesthat the .ressure o, a moving li$uid decreases as the s.eed o, the uid increases and vice versa

    ha.er 9" Hea

    What is !e"nition

    #  +em.erature

     +em.erature is the degree o, hotness o, an o&ect  0mount o, inetic energy in an o&ect

    2 Heat Heat is the energy tran,erred ,rom hot to cold o&ect

    3

     +hermal E$uili&rium

     +-o o&ects are said to &e in thermal e$uili&rium -henG iA +he rates o, heat tans,er &et-een the o&ects

    are e$ual @net o- o, heat &et-een the t-o o&ects is ?eroA

    iiA +he o&ects have the same tem.erature

    4

     +hermometric Pro.erty  +hermometric Pro.erty is the .hysical .ro.erty o, a su&