Mth404 Paper
MCQs: projectile or orbital motion k last pr jo exercise hein in mn c mcqs thy.
Subjective:
write the equ of orbits in polar coordinates?
find the maximum range?
find the angle of projection?
find thee horizontal and vertical components
find the time of flight?
a/r is equal to n theta prove that f inversely propotional to 1/r cube.
Aik question second kepler law aya hi.
MTH404
*Chapter #9*
*Projectile Motion*
ye formula achy sy kr lyn
(subjective aur objective ky liay)
Equation of path of projectile
Vertix of projectile
latus rectum
Directix
Max. Height attain by projectile
horizontal range of projectile.
Max. Harizontal range of projectile
time of flight of projectile
Range of inclined plane
Max. Range on an inclined plane
Max. Range down the inclined plane
time of flight on an inclined plane
Time of flight down the inclined plane
mth404
State kepler 3rd law
define projectile
orbital eqaution likhni thi
R1=squre root (R2)...values angles ki given thi yeh proof krna tha
max height find krni thi
apse ki definition likhi hui thi us ki definition ko proof krna tha
max height given thi ..velocity b given thi aur angle find krna tha
state and proof kepler 3rd law
MTH404
*Chapter 10*
*Orbital Motion*
Differential equation of orbit in polar coordinates
Differential Eq. of the orbit in pedal form
Kepler's Laws(1st,2nd, and 3rd)
Examples ( Proof)
Summary (definition.)
MCQs: projectile or orbital motion k last pr jo exercise hein in mn c mcqs thy.
Subjective:
write the equ of orbits in polar coordinates?
find the maximum range?
find the angle of projection?
find thee horizontal and vertical components
find the time of flight?
a/r is equal to n theta prove that f inversely propotional to 1/r cube.
Aik question second kepler law aya hi.
MTH404
*Chapter #9*
*Projectile Motion*
ye formula achy sy kr lyn
(subjective aur objective ky liay)
Equation of path of projectileVertix of projectilelatus rectumDirectixMax. Height attain by projectilehorizontal range of projectile.Max. Harizontal range of projectiletime of flight of projectileRange of inclined planeMax. Range on an inclined planeMax. Range down the inclined planetime of flight on an inclined planeTime of flight down the inclined planemth404
State kepler 3rd lawdefine projectileorbital eqaution likhni thiR1=squre root (R2)...values angles ki given thi yeh proof krna thamax height find krni thiapse ki definition likhi hui thi us ki definition ko proof krna thamax height given thi ..velocity b given thi aur angle find krna thastate and proof kepler 3rd lawMTH404
*Chapter 10*
*Orbital Motion*
Differential equation of orbit in polar coordinatesDifferential Eq. of the orbit in pedal formKepler's Laws(1st,2nd, and 3rd)Examples ( Proof)Summary (definition.)
