The ice on the front windshield of the car had formed when moisture condensed during the night. The ice melted quickly after the car was warmed up the next morning because the defrosting vent, which blows on the front windshield, was turned on full force.Which of the following, if true, most seriously jeopardizes the validity of the explanation for the speed with which the ice melted?A) The side windows had no ice condensation on themB) Even though no attempt was made to defrost the back window, the ice there melted at the same rate as did the ice on the front windshield.C) The speed at which ice on a window melts increases as the temperature of the air blown on the window increasesD) The warm air from the defrosting vent for the front windshield cools rapidly as it dissipates throughout the rest of the carE) The defrosting vent operates efficiently even when the heater, which blows warm air toward the feet or faces of the driver and passengers, is on

A student had a glass of water at 25°C. He put some ice in it. Once the ice melted, he found that the water's temperature had decreased to 18°C.The student puts the same amount of water at 25°C into another glass. He then adds more ice to this glass than he had added to the first glass. Which statement correctly explains what will happen after the ice melts? A. The water will be colder than 18°C because more thermal energy would have been added to it. B. The water will be warmer than 18°C because it would have received more heat from the ice. C. The water will be warmer than 18°C because melting would have taken place for a longer time. D. The water will be colder than 18°C because more heat would have flowed from it to the ice.

Ice on a car windscreen will disappear as youdrive, even without the heater on. Explain why thishappens

Determine why the ice melted on the aluminium plate faster than on the plastic plate.

. A bird accidentally collides with the windshield of a speeding UDS school bus, which experiences the greater acceleration?

ABC Question 14Students in Mr. Jackson's class built two containers designed to keep ice cold for a long period of time.  Both containers had the same dimensions, but were constructed from different materials.  They put one piece of ice in each container, kept the surrounding temperature constant, and measured how long it took for each piece of ice to melt.  The table shows their results. Container NumberTime It Took The Ice to Melt          1                           252 32 Which container was most likely made with a material that had a low specific heat?A Container 1 because it took the shortest amount of time for the ice to melt, and materials with low specific heat are poor insulators.B Container 1 because it took the shortest amount of time for the ice to melt, and materials with low specific heat are good insulatorsC Container 2 because it took the longest amount of time for the ice to melt, and materials with low specific heat are poor insulators.D Container 2 because it took the longest amount of time for the ice pop to melt, and materials with low specific heat are good insulators.