Salt is scattered on a frozen surface to melt the ice.
Salt is scattered on frozen surfaces to lower the freezing point of water, causing ice to melt faster. This helps prevent slipping and provides better traction for walking or driving on the surface. Salt also creates a brine solution that helps further prevent the formation of ice.
They are scattered on the iced surface to stop the ice from melting and slow down the melting.
They are scattered on the ice surface to stop the ice from melting and slows down the melting process
because the ocean has salt in it rather than freshwater lake Because fresh water on the surface of a lake is frozen. Under similar conditions, salt water is not frozen.
because the ocean has salt in it rather than freshwater lake Because fresh water on the surface of a lake is frozen. Under similar conditions, salt water is not frozen.
If the water surface is frozen, fish continue to swim.
no
When cement is frozen it shrinks. the salt adds heat and it expands. The cement is not used to the change and it expands to much and it cracks. just like when paper rips. =============================== I have a different mechanism to propose: -- Salt on the surface of the frozen rock melts the fine layer of ice on the rock, just as it does when salt is used on the roads or sidewalks. -- The liquid water seeps into microscopic cracks in the cement. -- When the water re-freezes, it expands, cracking the cement.
Strewn means scattered untidily across a surface or area.
Salt melts ice.
no, the salt wont go away it will just be inside the frozen water i don't think salt freezes though.
To effectively melt ice using salt, you can spread salt on the icy surface. The salt lowers the freezing point of water, causing the ice to melt. This process works because the salt disrupts the ice's ability to stay frozen, making it easier to remove.