Cesium and Gallium both have melting points around 29 degrees C, so if you lived somewhere with fairly hot summers, these two elements would exist as solid in winter and liquid in summer. Of the non-metals Bromine melts at around -7 degrees C, so if you lived somewhere extremely cold it might be solid in winter and liquid in summer.
Mercury freezes at -39°C. If you were living somewhere with an extremely cold and harsh winter, like Northern Canada or Siberia, I guess it would often be solid
The other liquid element, bromine, freezes at -7°C. If you were living at Calgary or Winnipeg or Edmonton, and kept your bromine outdoors, I guess it would be solid in winter and liquid in summer.
Two elements that we usually think of as solid, gallium and caesium, both melt around 30°C, So those two will certainly be solid in winter, liquid in summer, if you are living anywhere with a decently hot summer.
Yes. cesium
Solid, liquid or gas - it depends on the non-metal.
The electron sea model represents the way electrons exist in metals.
Copper and Zinc are melted down to liquid state. Then the two metals are combined in some difficult to explain process. When the liquid metal cools, the alloy Brass is formed.
The group you're thinking of is group 1, the alkali metals. They include sodium and potassium, and you're right, they are so reactive that they do not exist by themselves. They only exist in compounds with other elements.
water
the three metals are Francium, Mercury and Bromine
Not as a liquid but perhaps as Ice.
I believe that the 1942 Olympics did not exist. At that point, there were 1940 Summer and Winter Olympics and 1944 Summer and Winter Olympics, etc etc.
Solid, liquid or gas - it depends on the non-metal.
There are 4 seasons in Switzerland.
4 seasons; winter, fall, spring and summer. you can find this on wikipedia SUCKER'S! love4holland :)
All of the metals can exist as solids, liquids or gases it just depends on the temperature and pressure. Mercury with its low melting point of -35 0C is a liquid under normal conditions and has a significant vapor pressure at relatively low temperatures.
Glaciers form in areas where more snow falls in winter than can melt during the summer.
Today unknown metals doesn't exist.
Such things do not exist.
It is too cold for liquid water to exist on the surface
The electron sea model represents the way electrons exist in metals.