1 If the force used to generate the graph below were doubled, how, if at all, would the graph change?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/lg.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (17.0K)</a>]]> A) The slope of the graph would be halved. B) It would not change. C) The y -intercept of the graph would be a non-zero number. D) The slope of the graph would be doubled. 2 A) equilibrium B) net C) free-body D) field 3 A) the system B) the environment C) the agent D) static 4 For the situation pictured below, if the table had a mass of 35 kg, and F 1 = 20.0 N and F 2 = 30.0 N, what would the acceleration be?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/lh.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (12.0K)</a>]]> A) -3.5 m/s2 B) 0.70 m/s2 C) 1.4 m/s2 D) -0.28 m/s2 5 A) contact B) system C) agent D) origin 6 A) a force is needed to keep an object moving B) the acceleration of an object is proportional to the net force exerted on the object and inversely proportional to the mass of the object. C) objects remain either at rest or continue moving in a straight line with constant speed only if the net force on that object is zero D) all forces come in pairs 7 A) force exerted on one surface by another when there is no relative motion between the two B) vector sum of all the outside forces on an object C) apparent weight D) friction between any two objects 8 A) inertia B) equilibrium C) momentum D) acceleration 9 A) effort B) resistant C) composite D) net 10 A) newton B) quantum C) pascal D) magnum 11 A) environment B) inertia C) system D) force 12 A) field B) tactile C) contact D) inert 13 A) all forces come in pairs B) the acceleration of an object is proportional to the net force exerted on the object and is inversely proportional to the mass of that object. C) air does not exert a force D) objects remain either at rest or continue moving in a straight line with constant speed only if the net force on that object is zero 14 For the situation pictured below, if F 1 = 200 N and F 2 = 500 N, what would F net be?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/lh.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (12.0K)</a>]]> A) -700 N B) -300 N C) 300 N D) 700 N 15 A) its acceleration is constant B) the net force on it is zero C) three or more forces act on it D) the equilibrant is greater than zero 16 For the woman pictured below, the scale reads 120% of her weight. What is the acceleration of the elevator?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/li.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (7.0K)</a>]]> A) -0.2g B) 1.2g C) 0.8g D) 0.2g 17 A) 22 kg B) 50 kg C) 100 kg D) 75 kg 18 A) Fg m + g B) F g = ma C) F g = mg D) <![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617906/ima1.jpg','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (1.0K)</a>]]> 19 A) Weight is the measure of the amount of matter in an object. B) Weight is a measure of inertia. C) Weight can change when acceleration due to gravity changes. D) Mass is a force. 20 A) apparent weight B) net force C) drag force D) terminal velocity 21 A) (9.80 m/s2 )sin ? B) 2?(m ) C) <![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617906/im3.jpg','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (0.0K)</a>]]> D) (9.80 m/s2 )(m ) 22 If the box pictured below has a mass of 6.0 kg, what will the normal force of the table on the box be?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/lj.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (9.0K)</a>]]> A) 50 N B) 8.8 N C) 160 N D) 9.8 N 23 A) for any force caused by object A on object B, there is an equal and opposite force caused by object B on object A. B) objects remain either at rest or continue moving in a straight line with constant speed only if the net force on that object is zero C) the acceleration of an object is proportional to the net force exerted on the object D) a force is needed to keep an object moving 24 If the box pictured below has a mass of 6.0 kg, what will the normal force of the table on the box be?
<![CDATA[<a onClick="window.open('/olcweb/cgi/pluginpop.cgi?it=jpg::::/sites/dl/free/0078807220/617912/lk.JPG','popWin', 'width=NaN,height=NaN,resizable,scrollbars');" href="#"><img valign="absmiddle" height="16" width="16" border="0" src="/olcweb/styles/shared/linkicons/image.gif"> (9.0K)</a>]]> A) 8.8 N B) 9.8 N C) 50 N D) 110 N 25 A) 3.0 N B) 0.25 N C) -3.0 N D) 0.040 N
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