The sea water don't dissolve minerals readily.
It doesn't
salt in the sea water dissolves some selections of the sea cliff
1) Ocean water seeps down through cracks in the crust. 2) Water comes in contact with magma that heats it to a very high temperature. 3) The heated water then dissolves minerals from the crust and rushes upward. 4)The solution billows out of chimneys. When the solution hits the sea, minerals crystallize on the ocean floor.
because of the minerals present on the sea bed
Recycling, extracting minerals from the seabed and from sea water.
Sea water is a heterogeneous mixture. Although it does contain fully dissolves solutes it also contains suspended particles and countless living organisms.
yes it is water mixed with salt and other minerals such as iodine
Sea water is more dense because the minerals, especially salt, make it more dense.
Salt gets evaporated in the water and dissolves
Sea water contains minerals like salts because it is sourced from various processes, such as erosion of rocks, volcanic activity, and dissolution of minerals from the earth's crust. These processes release salts and other mineral compounds into rivers, which ultimately flow into the oceans. Over time, the accumulation of these minerals in the ocean results in the high salinity and mineral content of sea water.
Density. The amount of salt and minerals (salinity) increases the water's density and affects the ability of an object to sink in saltwater - for example, it is nearly impossible to sink if you're swimming in the Great Salt Lake in Utah due to the high salinity of the lake. The higher the salinity content, the harder it is to sink an object.
Density. The amount of salt and minerals (salinity) increases the water's density and affects the ability of an object to sink in saltwater - for example, it is nearly impossible to sink if you're swimming in the Great Salt Lake in Utah due to the high salinity of the lake. The higher the salinity content, the harder it is to sink an object.