3 1 point If a 15 lb bowling ball was on a rack 10 ft in the air, what would the potential energy of that bowling ball be? O 200 ft-lb O 150 ft-lb O 5 ft-lb O 25 ft-lb11 1 point A(n) spreads out and fills the entire container within which it is held. O liquid C solid O gas12 1 point A woman weighing 125lbs stands on her tippy toes. If the area of the bottom of her toes is a total of 15 sq in, how much pressure is exerted on the floor? O 83 lb/sq in O 1.2 lb/ sq in O 12 lb/ sq in O 8.3 lb/sq in3 1 point If a 15 lb bowling ball was on a rack 10 ft in the air, what would the potential energy of that bowling ball be? O 200 ft-lb O 150 ft-lb O 5 ft-lb O 25 ft-lb1 point 5 The force of attraction between molecules of unlike substances is called force. adhesive force cohesive force Chapter 21: Energy and States of Matter Quiz 1 point 5' Kinetic energy is stored energy. 1 point 5 does not depend on the size or shape of the container. gas pressure solid pressure liquid pressure plasma pressure \f6 1 point A fourth state of matter is encountered only under extremely _ temperatures. O high O low3 points Steam Point 100C loePointO'C Absolute Zero -273C What type of temperature scale is depicted in the third thermometer? What type of temperature scale is depicted in the second thermometer? What type of temperature scale is depicted in the rst thermometer? \fn 1 point Q You could think of atoms as being connected by springs in a(n) . 0 solid gas liquid 1 point 5 A(n) takes on the shape of the container within which it is held. solid liquid gas 1 point 5 As the temperature of a substance decreases, the activity of the atoms increases. True False 1 point 53? energy always moves from a substance having a higher temperature to a lower temperature. thermal kinetic absolute potential 1 point 5 The force of attraction between molecules of like substances is called force. adhesive force cohesive force 1 point 5 When a tube having a very small diameter is inserted in a liquid, the liquid will fall in the tube. True False 1 point The formula for liquid pressure is: pressure = weight density X type your