How to use in-sentence of “selenium”:
+ It contains selenium in its +4 oxidation state.
+ It contains selenium in its +1 oxidation state.
+ It can also be made by reacting sulfur tetrafluoride with selenium dioxide.
+ The selenium dioxide is dissolved in acidic water to make selenous acid, which is reacted with sulfur dioxide to make selenium as an element.
+ It is a reducing agent and can burn to make aluminium oxide and selenium dioxide.
Example sentences of “selenium”:
+ A lot of fluorine makes selenium hexafluoride.
+ It is made by reacting selenium with a little fluorine.
+ It can be used to add selenium to other chemical compounds.
+ It is similar to selenium hexafluoride, even though it is less volatile.
+ Some coal has selenium in it.
+ Some fungi, though, can use tellurium instead of selenium or sulfur.
+ It contains selenium in its +6 oxidation state.
+ It is made by dissolving selenium dioxide in water.
+ Sometimes selenium is concentrated in plants.
+ However, this has led to serious environmental damages, such as pesticides and selenium and other bad materials being washed into the rivers and polluting the San Francisco Bay.
+ Selenic acid can even dissolve gold! They are made by reacting hydrogen peroxide with selenium oxide, which dissolves in water to make selenic acid.
+ When more selenium dioxide is added, the glass becomes ruby red.
+ A lot of fluorine makes selenium hexafluoride.
+ It is made by reacting selenium with a little fluorine.
+ It can be used to add selenium to other chemical compounds.
More in-sentence examples of “selenium”:
+ It is eventually oxidized to selenium dioxide.
+ It is used to make other selenium compounds.
+ It is eventually oxidized to selenium dioxide.
+ It is used to make other selenium compounds.
+ Another way to make it is reacting selenium tetrafluoride and tellurium dioxide to make tellurium tetrafluoride, which is heated above to make tellurium hexafluoride and tellurium.
+ Selenium trioxide, also known as selenium oxide and selenic oxide, is a chemical compound.
+ It reacts with selenium dioxide to make selenium oxychloride, a mixture of selenium dioxide and selenium tetrachloride bonded together.
+ In the red form the eight atoms of selenium form ring to make a molecule.
+ It is made by reacting selenium with a solution of sodium in liquid ammonia.
+ It does not react with many things, so selenium oxide is what most selenium compounds are made from.
+ Too much selenium is bad for a river.
+ Another way is reacting selenium tetrafluoride with warm tellurium dioxide.
+ The +1 state is found in some selenium compounds, such as selenium chloride.
+ It is made by reacting selenium with aluminium powder at a high temperature.
+ It can be made by reacting selenium, selenium dioxide, and hydrochloric acid.
+ It reacts with tungsten to make tungsten hexafluoride and with selenium to make selenium tetrafluoride.
+ Selenic acid is made by oxidation of selenium dioxide with hydrogen peroxide.
+ It can also be made by reacting selenium with nitric acid or hydrogen peroxide.
+ Selenium monochloride, also known as selenium chloride or diselenium dichloride, is a chemical compound.
+ Selenium dioxide can be made by burning selenium in air.
+ Selenium disulfide, also known as selenious disulfide, selenous disulfide, or selenium disulfide is a chemical compound.
+ Eating of any more than a very tiny amount would give selenium poisoning.
+ Selenium tetrachloride, also selenious chloride, selenous chloride, or selenium chloride, is a chemical compound.
+ It burns easily, making selenium dioxide.
+ The chemical element Selenium was also named after Selene.
+ Consuming around 5 mg of selenium per day can kill a human being after a certain amount of time.
+ Most selenium in soil is in a very tiny amount.
+ It can also be made by reacting selenium with chlorine in water.
+ It can be used to remove dandruff from hair in the form of selenium sulfide.
+ Some selenium compounds are very toxic and harmful to things that live in water.
+ They are the most unreactive selenium compounds.
+ It can be heated to make selenium dioxide.
+ These included fifteen for the telephone and telegraph, four for the photophone, one for the phonograph, five for aeronautics, four for hydrofoils, and two for a selenium cell.
+ In addition to the traditional metals, Chemical elementelements such as boron, silicon, arsenic, and selenium form organometallic compounds.
+ People were getting selenium poisoning from the coal.
+ Impure selenium can be placed in the flask, reacted with chlorine.
+ Selenium is made by oxidizing selenide ores to selenium dioxide.
+ Hydrogen selenide, also known as hydroselenic acid, selenium hydride, or selane, is a chemical compound.
+ It can turn into selenium trioxide when dehydrated carefully.
+ Swallowing any more than a very tiny amount can cause selenium poisoning.
+ Selenium sulfide can be made by heating selenium and sulfur.
+ Green tea contains ascorbic acid, and different minerals, such as chromium, manganese, selenium or zinc.
+ It is not stable and breaks down to make selenium dioxide and oxygen when it is heated.
+ Although selenium has some helpful effects on the human body, it also has some harmful effects and only a very little should be eaten.
+ It can be made by reacting hydrogen with powdered selenium at a high temperature.
+ Only selenium tetrachloride escapes.
+ Selenium dioxide can dissolve in water to make toxic selenium compounds.
+ It reacts with air when powdered to make selenium oxide.
+ The selenium tetrachloride escapes as a gas.
+ This is reduced to selenium again, making pure selenium.
+ When a little selenium dioxide is added, the glass becomes colorless.
+ It is made by heating a mixture of selenium and chlorine.