How does chlorine enter the oceans?
density currents.
chlorine
Chlorine gas can enter the oceans through atmospheric deposition, runoff from land containing chlorine compounds, and industrial discharges. Once in the ocean, chlorine gas can react with water to form a variety of compounds, potentially impacting marine ecosystems.
Salts are dissolved from the Earth and transported by rivers in seas and oceans.
All life is based on carbon - it is the main component of biological compounds. It enters life through the atmosphere, through the oceans, and through plants.
- salt is dissolved from the earth (also as ions Na+ and Cl-) and transported in oceans by rivers - chlorine from volcanic activity in oceans and sodium from the earth form NaCl
Roughly 84% of the water in the water cycle enters the atmosphere through evaporation from the Earth's surface such as oceans, rivers, and lakes.
1. The most important part of the sodium and chlorine are dissolved from the earth salts and transported by rivers in seas/oceans.2. A small part of chlorine is originated from the eruptions of submarine volcanoes.
1. The most important part of the sodium and chlorine are dissolved from the earth salts and transported by rivers in seas/oceans.2. A small part of chlorine is originated from the eruptions of submarine volcanoes.
1. The most important part of the sodium and chlorine are dissolved from the earth salts and transported by rivers in seas/oceans.2. A small part of chlorine is originated from the eruptions of submarine volcanoes.
1. The most important part of the sodium and chlorine are dissolved from the earth salts and transported by rivers in seas/oceans. 2. A small part of chlorine is originated from the eruptions of submarine volcanoes.
1. The most important part of the sodium and chlorine are dissolved from the earth salts and transported by rivers in seas/oceans.2. A small part of chlorine is originated from the eruptions of submarine volcanoes.