Answer: The correct option in blank is anion.
Explanation: Ionic compound is formed by the transfer of electron from one atom to another atom. When an electropositve atom lose an electron it form cation, whereas as anion is formed when an atom gain an electron. These actions and anions then attract each other and form an ionic compound.
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Example: The formation of NaCl is best example of ionic compound. Na has one electron in its outer most shell which can easily be removed to form Na+, while Cl has seven electron in its outer most shell so it can easily gain an electron lost by Na to form Cl-. Then these ions attract each other and form NaCl as shown in the figure.
The effects of the innovative finishing materials listed below are:
- Paint: This helps to add color and personality to the product.
- Varnish: This is used to create special effects on painting. It also serves as a protection for the pain.
- Enamel: Enamel creates a glossy and opaque touch. It is used for painting concrete.
- Sand Paper: This is used for smoothening the surfaces
- Stain: Also known as wood stain, this can be sued for protecting wood and giving it a very unique color.
<h3>What are
innovative finishing materials?</h3>
Innovative Finishing Materials are materials that are used for modern construction.
They are used to beautify and add finesse to construction works.
Learn more about innovative finishing materials at:
brainly.com/question/21496560
Answer:
when organisms use organic matter for cellular respiration all that matter goes back into carbon dioxide, water, and minerals, while ALL the energy leaves the ecosystem as heat.
Explanation:
DNA in prokaryotes are not bounded by Nuclear Memberane !! It is scattered all over cytoplasm !!
Carrier and channel proteins in the plasma membrane
are similar because they are both transport membrane proteins that allow
molecules to flow in and out of the membrane. Meanwhile, carrier protein can
further be classify as active or passive transport. These two transport
proteins makes cell’s ability to perform their functions well by maintaining a
difference between the intracellular and extracellular environment.