which explains why conduction is unlikely when ice is placed on a freezer shelf?\nthere is no direct…
which explains why conduction is unlikely when ice is placed on a freezer shelf?\nthere is no direct contact.\nthe ice is too cold.\nthe shelf acts as an insulator.\nthe ice and shelf are the same temperature.
Answer
Brief Explanations:
Conduction requires a temperature difference. When ice and the freezer - shelf are at the same temperature, there is no driving force for heat transfer by conduction.
Answer:
The ice and shelf are the same temperature.