Often problems on the AP exam are done with variables only. Solve for the variable indicated. Don’t let the different letters confuse you. Manipulate them algebraically as though they were numbers. mL _ xm  l. so v2 g. d ,  d _ ,  vo a 1 K kx2 h. ,  x _ 2 pV nRT ,T  _ L Tp 2 i. n1 ,  g _ n2 c  _ g j. G 1 mv2 ,r  _  qV o. m1m2 2 ,  v _ r2 ,  v 1 mgh mv2 2 1 1 1 p. ,  si _ f so si SECTION TWO: Measurements When using a measuring device, you MUST estimate between the smallest marks on the instrument. For example, if a ruler is marked off in increments of whole millimeters, you estimate the length of an object to the closest tenth of a millimeter. Use the ruler below to measure the length of the arrow. Remember to estimate between the smallest marks. The length of the arrow is mm.
Often problems on the AP exam are done with variables only. Solve for the variable indicated. Don’t let the different letters confuse you. Manipulate them algebraically as though they were numbers. g. v2 vo so  , a  _ l. xm mL d , d  _ h. K 1 kx2 2 , x  _ pV nRT ,T  _ i. Tp 2 L g , g  _ n1 n2  _ j. G m1m2 r2 ,r  _ o. qV  1 mv2 2 , v  _ mgh 1 mv2 2 , v  p. 1 1 1 , si  _ f so si SECTION TWO: Measurements When using a measuring device, you MUST estimate between the smallest marks on the instrument. For example, if a ruler is marked off in increments of whole millimeters, you estimate the length of an object to the closest tenth of a millimeter. Use the ruler below to measure the length of the arrow. Remember to estimate between the smallest marks. The length of the arrow is mm. c
AP%20Physics%20summer%20assignment%202014.docx