No.
Date (O o9 25
The solar systenn
·plane
ts
large objects that orbita s tar
dwarf plantts too small to be c lassed as proper planet
- objects that orbita
satellites
L
second more massive object
moons
artifrcial
satelli
tes Circularorbit
Orbits
gravity provides the foce to keep an object in orbit
objects travellingin a ciicleare Constantly changing directon hence they are
Con stantlyacc elero
tn9
L velocity is constantlychanging
the force Obj ects in ciiularmotin is directedtowyards the
acting
centre the ciicle
Sun.
Solar sy sten, this i qravitational
porce betueen a plantt anc
planetteying
•An orbit is the balance between the force to move in
providing acceleraton and the forward this dktecton
motion /nstantancous velocity ) the object
velocity measured at a Slngle moment
L
foree always to wards
normal velocity iS calculatedove time avcle cente
Orbital speed and radius
Size depends object's speed
force means object has to rotate fasterto remainio
sfronger qravitatonal
obit. pcloser to cen tre onal foce
Stronger gcavitat
an object Moyes aster, the rados orbitmust be smaller
, No.
Date
Lecclt stars
stars beqin
as cloud a
dust and qas
this collapses under qravity to fbrm
nebula
pro fostar
protostars go on to become a main stquence s tar
star
a main sequence star for mosf
it is stoble keepng the same
its iPefime- Sun is
size all the fime
nan seguence star
attracton tends to collansethe star
qravitational
radiafion pressurefrom fosion tends to expand the star
fovces caused by qravitational
attractiòn
and fusion energy are balanced
•In Q main nuclei
sequence star,hy drogen nudei fose together to form heliüm
> 4 He
n
hydragen helum nevtron
i Similarsize toSun
expands collapses Cools
-
red qiantstar white dwarf black dwarf
main sequence Star
booer thon un - Le red super qant s tar sype (nova neutron star/
erpands eyplodes black hole
nebula couds dust and ga
manly compoied hydrogen
- as mass folis
Profestar toqetherstar qets hot. Heat alow] fu3ion hydrogen fo
Make helium.Ths fosion releases energy keeping star'score hot
once hydrogen getsused usion process, lacgernucle making
ed qiant star up in form
star expond to a red giant
white dwar star - smallsta(Contact unde pull aravityatec vclearveacthons .lolou
changes as it cools m aking a white dwarf
Supernova larger star with more mass contaues nuclear reactans gettinghottec
and
spanding
tilif explodes as supernova.Elenents heavier than proded herc.
neutron star/blackhole - depending star mass at begunnng , supecnova (eave
either nevtron star or black hole
KOKUYO LOOSELE -816B Gmmruled<41 ines
Date (O o9 25
The solar systenn
·plane
ts
large objects that orbita s tar
dwarf plantts too small to be c lassed as proper planet
- objects that orbita
satellites
L
second more massive object
moons
artifrcial
satelli
tes Circularorbit
Orbits
gravity provides the foce to keep an object in orbit
objects travellingin a ciicleare Constantly changing directon hence they are
Con stantlyacc elero
tn9
L velocity is constantlychanging
the force Obj ects in ciiularmotin is directedtowyards the
acting
centre the ciicle
Sun.
Solar sy sten, this i qravitational
porce betueen a plantt anc
planetteying
•An orbit is the balance between the force to move in
providing acceleraton and the forward this dktecton
motion /nstantancous velocity ) the object
velocity measured at a Slngle moment
L
foree always to wards
normal velocity iS calculatedove time avcle cente
Orbital speed and radius
Size depends object's speed
force means object has to rotate fasterto remainio
sfronger qravitatonal
obit. pcloser to cen tre onal foce
Stronger gcavitat
an object Moyes aster, the rados orbitmust be smaller
, No.
Date
Lecclt stars
stars beqin
as cloud a
dust and qas
this collapses under qravity to fbrm
nebula
pro fostar
protostars go on to become a main stquence s tar
star
a main sequence star for mosf
it is stoble keepng the same
its iPefime- Sun is
size all the fime
nan seguence star
attracton tends to collansethe star
qravitational
radiafion pressurefrom fosion tends to expand the star
fovces caused by qravitational
attractiòn
and fusion energy are balanced
•In Q main nuclei
sequence star,hy drogen nudei fose together to form heliüm
> 4 He
n
hydragen helum nevtron
i Similarsize toSun
expands collapses Cools
-
red qiantstar white dwarf black dwarf
main sequence Star
booer thon un - Le red super qant s tar sype (nova neutron star/
erpands eyplodes black hole
nebula couds dust and ga
manly compoied hydrogen
- as mass folis
Profestar toqetherstar qets hot. Heat alow] fu3ion hydrogen fo
Make helium.Ths fosion releases energy keeping star'score hot
once hydrogen getsused usion process, lacgernucle making
ed qiant star up in form
star expond to a red giant
white dwar star - smallsta(Contact unde pull aravityatec vclearveacthons .lolou
changes as it cools m aking a white dwarf
Supernova larger star with more mass contaues nuclear reactans gettinghottec
and
spanding
tilif explodes as supernova.Elenents heavier than proded herc.
neutron star/blackhole - depending star mass at begunnng , supecnova (eave
either nevtron star or black hole
KOKUYO LOOSELE -816B Gmmruled<41 ines
