The right<span> at +20.0 </span>cm/s makes<span> an </span>elastic head<span>-on </span>collision<span> with a 10.0 </span>g object<span> that </span>makes<span> an</span>elastic head<span>-on </span>collision<span> with a 10.0 </span>g object<span> that is </span>initially<span> at </span>rest<span>.(b) Find the fraction of the </span>initial<span>kinetic energy transferred to the 10.0 </span>g object<span>.of small </span>mass<span> before and </span>after collision; V=velocity<span> of big </span>mass after collision<span>.</span>
<span>The four main stages of the sun's predicted evolution in order from beginning to end are as follows:
main sequence (when a star's core is fusing hydrogen);
red giant (larger star, where no hydrogen remains in the core);
planetary nebula (surrounds an aging star; ring shaped nebula made of gas); and
white dwarf (smaller star that tends to be as large as an actual planet; after nebula state).</span>
Answer:
the moment
Explanation:
the shorter the distance from the force, the lesser the torque acting on it
Answer:
speed = 65.7 km/h
Explanation:
speed = distance over time, so you'd do 460 km/7 hrs to get your speed in km/h
