distance c- cCORRECT cANS✔✔The clength cof ca cpath cbetween ctwo cpoints
Displacement c- cCORRECT cANS✔✔Distance cand cdirection cof can cobject's cchange cin cposition cf
position c- cCORRECT cANS✔✔the clocation cof can cobject
Speed c- cCORRECT cANS✔✔The cdistance can cobject ctravels cper cunit cof ctime
Acceleration c- cCORRECT cANS✔✔The crate cat cwhich cvelocity cchanges
instantaneous cspeed c- cCORRECT cANS✔✔the cspeed cof can cobject cat cone cinstant cof ctime
Force c- cCORRECT cANS✔✔A cpush cor cpull con ca cobject
net cforce c- cCORRECT cANS✔✔The ccombination cof call cforces cacting con can cobject
constant cspeed c- cCORRECT cANS✔✔Speed cthat cdoes cnot cchange
instantaneous cspeed c- cCORRECT cANS✔✔the cspeed cof can cobject cat cone cinstant cof ctime
average cspeed c- cCORRECT cANS✔✔total cdistance cdivided cby ctotal ctime
Newton's cfirst claw c( cAka cLaw cof cInertia) c- cCORRECT cANS✔✔"An cobject cat crest cremains cat cr
cwill cremain cin cmotion cunless cacted cupon cby csome cexternal cnet cforce." c
A crock cfor cexample cwill cremain cat crest, cit cwon't cstart cspontaneously cmoving. cAn cobject cin cmo
cany cfriction cwill ckeep cmoving, clike can cobject cfloating cin cspace.
Newton's cSecond cLaw c- cCORRECT cANS✔✔Force c= cmass cx cacceleration c( cF=ma) c
To cfind cacceleration: cA= cF/ cm c
" cthe cacceleration can cobject cexperiences cis cdirectly cproportional cto cthe capplied cforce cand cinve
cmanner) cproportional cto cits cmass.
Newton's cThird cLaw c- cCORRECT cANS✔✔For cevery caction cthere cis can cequal cand copposite cre