Match the following
`{:("(a) Cristae",,"(i) Flate membranous sacs in stroma"),("(b) Cisternae",,"(ii) Infoldings in mitochondria"),("(c) Thylakoids",,"(iii) Disc-shaped sacs in Golgi apparatus"):}`

Match the following column . {:(" Column -I "," Column-II "),("(a) Molecular oxygen ","(i) "alpha - " ketoglutaric acid "),("(b) Electron acceptor ","(ii) Hydrogen acceptor "),("(c) Pyruvate dehydrogenase ","(iii) Cytochrome -C "),("(d) Decarboxylation ","(iv) Acetyl Co-A "):} (A) (a-ii),(b-iii),(c-iv),(d-i) (B) (a-iii),(b-iv),(c-ii),(d-i) (C) (a-ii),(b-i),(c-iii),(d-iv) (D) (a-iv),(b-iii),(c-i),(d-ii)

Match the column I with Column II:- {:("Column I","Column II"),((A)" Unicellular",(i)" Spirogyra"),((B)" Colonial",(ii)" Kelps"),((C)" Filamentous",(iii)" Volvox"),((D)" massive plant bodies",(iv)" Chlamydomonas"):}

An Object is falling freely from height h due to gravitational field. Match the following : {:("Column-I","Column-II"),("(1) Potential energy = kinetic energy",(a) at(2h)/3height),("(2) Potential energy = 2 (kinetic energy)","(b) constant at all points"),(,(c)ath/2 height):}

Match List - I(Electromagnetic wave type) with List - II (Its association / application) and select the correct option from the choices given below the lists. {:(,"List - I",,"List - II"),((a),"Infrared waves",(i),"To treat muscular strain"),((b),"Radiowaves",(ii),"For broadcasting"),((c ),"X - rays",(iii),"To detect fracture of bone"),((d),"Ultraviolet rays",(iv),"Absorbed by the ozone layer of the atmosphere"):}

A particle is rotating in a circle of radius 1m with constant speed 4 m//s . In time 1s, match the following (in SI units) {:(,"Column I",,,"Column II"),((A),"Displacement",,(p),8 sin 2),((B),"Distance",,(q),4),((C),"Average velocity",,(r),2sin 2),((D),"Average acceleration",,(s),4 sin 2):}

Match the following (A) (i-P), (ii-S), (iii-R), (iv-Q) (B) (i-Q), (ii-S), (iii-P), (iv-R) (C) (i-Q), (ii-P), (iii-R), (iv-S) (D) (i-P), (ii-R), (iii-Q), (iv-S)

A balloon rises up with constant net acceleration of 10 m//s^(2) . After 2 s a particle drops from the balloon. After further 2 s match the following : ("Take" g=10 m//s^(2)) {:(,"Column I",,,"Column II"),((A),"Height of perticle from ground",,(p),"Zero"),((B),"Speed of particle",,(q),10 SI "units"),((C),"Displacement of Particle",,(r),40 SI "units"),((D),"Acceleration of particle",,(s),20 SI "units"):}

For the velocity -time graph shown in figure, in a time interval from t=0 to t=6 s , match the following: {:(,"Column I",,,"Column II"),((A),"Change in velocity",,(p),-5//3 SI "unit"),((B),"Average acceleration",,(q),-20 SI "unit"),((C),"Total displacement",,(r),-10 SI "unit"),((D),"Acceleration ay t=3s",,(s),-5 SI "unit"):}

Match the following: {:(,"Column-I",,"Column-II"),((A),"Isobaric process",(p),"No heat exchange"),((B),"Isothermal process ",(q),"Constant pressure"),((C),"Isoentropy process",(r),"Constant internal energy"),((D),"Isochoric process",(s),"Work done is zero"):}