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How reactive is cobalt compared to other elements and what are some of the reactions cobalt is able to undergo?
i don,'t know it is yes
What elements can lead combine with?
Elements can combine with other elements to form compounds through chemical reactions. The elements that can combine with each other depend on their reactivity and chemical properties. Some common examples of elements that can combine include hydrogen, oxygen, carbon, nitrogen, and metals like iron and copper.
Can you break down a compound into its simpler elements by physical reactions?
Yes, some will be broken down by heat.
Why do we say that some elements aren't naturally occurring?
Some elements are not naturally occurring because they are created in laboratories through nuclear reactions or particle accelerators. These synthetic elements do not have stable isotopes and decay rapidly, making them difficult to find in nature. Examples include elements beyond uranium on the periodic table.
When two compounds react do they only give off only other compounds or elements as well?
both :P the elements and compounds in the original substances will join together to form a new substance, with possible elements left over i.e. oxygen+glucose --> carbon dioxide+water (respiration)
When iron copper and gold are combined chemically with other elements it is called?
Formation of some compounds by chemical reactions
How reactive is cobalt compared to other elements and what are some of the reactions cobalt is able to undergo?
i don,'t know it is yes
What elements can lead combine with?
Elements can combine with other elements to form compounds through chemical reactions. The elements that can combine with each other depend on their reactivity and chemical properties. Some common examples of elements that can combine include hydrogen, oxygen, carbon, nitrogen, and metals like iron and copper.
When elements form compounds can the elements not be recovered?
some but not all......many reactions are reversible and many r irreversible....depends on chemistry of reactions, physical change or chemical change...
What are some questions about elements that you would like to explore?
Some questions about elements that you may want to explore include: What are the properties of different elements? How do elements combine to form compounds? What role do elements play in chemical reactions? How are elements organized on the periodic table?
Show list of chemically active elements?
Metals in group one are chemically active as compared to the elements in group three and two. Elements like sodium, potassium, chlorine and fluorine are some of the chemically active elements.
Can you break down a compound into its simpler elements by physical reactions?
Yes, some will be broken down by heat.
What are the reactions of neon?
There are no common reactions by neon. Although it can be forced into some reactions when under extreme conditions, neon is a noble gas with a complete octet of electrons, therefore it does not react under normal circumstances.
Does the sun make chlorine inert?
No, the sun does not make chlorine inert. Chlorine gas is a highly reactive element that can form compounds with other elements, and sunlight can potentially accelerate some of these reactions.
What two elements can replace calcium?
Strontium and barium are two elements that can replace calcium in some chemical reactions or compounds due to their similar chemical properties.
Can carbon react with chlorine?
Yes Carbon can react with several elements. Some acid strengths can be decreased with the addition of carbon with a bi product of hydrogen. Several other reactions with other elements can also happen. For instance, burning fossil fuel will release nitrogen water and other elements however, with carbon the water now becomes an acid, hence the term acid rain.
What elements are likely to be formed in the sun at some time in its life?
Hydrogen, helium, carbon, nitrogen, and oxygen are the most common elements likely to be formed in the Sun at some point in its life. These elements are produced through nuclear fusion reactions in the Sun's core.
