...and acceleration *Falling objects General notes Motivating...
...moon” because these objects are one of...
...Aristotle's dictum that objects with more of...
...unforced, motion of objects after they are...
...Aristotle's views: Raised objects fall toward Earth's...
...Earth's surface, heavier objects fall faster, moving...
...fall faster, moving objects come to rest,...
...to rest, and objects at rest remain...
...see that light objects fall as fast...
...this tendency for objects to keep moving,...
...other tendency for objects to come to...
...unexplainable fact that objects do keep moving....
...demonstrate that falling objects continue accelerating; and...
...down. Freely falling objects on Earth fall...
...Galileo actually drop objects from the Leaning...
...which he dropped objects from heights, including...
...at A, because objects fall with an...

...every pair of objects in the universe....
...class, showing that objects accelerate as they...
...study of falling objects, we noted that...
...accurate for falling objects on Earth? A)...
...Earth? A) Heavy objects fall significantly faster...
...faster than light objects. B) Neglecting the...
...air resistance, heavy objects fall faster than...
...faster than light objects. C) Neglecting the...
...air resistance, light objects fall faster than...
...faster than heavy objects. D) All objects...
...objects. D) All objects fall at roughly...
...air resistance, all objects fall at roughly...
...3.6 58) Falling objects all fall at...
...for more massive objects. D) the same...
...B) the two objects must have the...
...D) the two objects must have the...

...process of placing objects in individual layers...
...process of positioning objects in a consistent...

...opposes motion of objects once they are...
...can detect. Luminous objects: objects that produce...
...detect. Luminous objects: objects that produce their...
...own light. Non-luminous objects: do not emit...
...near and far objects. Myopia (nearsightedness): -...
...light from distant objects onto the retina....
...light from near objects onto the retina....
...any two charged objects is directly proportional...
...charges on the objects and inversely proportional...
...of Electric Charges: Objects with like charges...

...17-4 BL Lacertae objects and blazars are...
...explain BL Lac objects, quasars, active galaxies,...
...holes in these objects is reviewed. Section...
...searches for such objects. Whereas most of...
...spectra of other objects, such as stars,...
...quasars and nearby objects have been the...
...are not remote objects. (3) The translation...
...galaxies to these objects that are not...
...other common celestial objects, using an H-R...
...numbers of such objects needed to generate...
...become the largest objects yet discovered in...
...of stellar mass objects in binary systems....
...case of the objects that represent the...
...and BL Lac objects are just different...
...distances of the objects from Earth? Review...
...nuclei. BL Lac objects are variable and...
...quasars were compact objects ejected at high...
...the Most Distant Objects in the Universe”...

...nature of celestial objects. The nature of...
...distances of celestial objects. Note that these...
...of more remote objects is a major...
...perspectives of complex objects. The highly publicized...
...to determine what objects might be visible...
...the types of objects it was designed...
...variety of astronomical objects. Students are particularly...

...distances between celestial objects. While the space...
...distances between astronomical objects are vast, so...
...to such celestial objects as our Moon,...
...sizes of celestial objects. It is helpful...
...existing on celestial objects and about their...
...and distances between objects of vastly different...
...they study remote objects. The light from...
...light from celestial objects requires a finite...
...positions of celestial objects and the variation...
...of these celestial objects. Eclipse seasons occur...
...observe bright celestial objects over a period...
...not feasible. All objects will fit on...
...distances between astronomical objects are much larger...
...sizes of the objects themselves. Discovering the...