Answer:
6.64 moles of carbon.
Explanation:
Given data:
Number of moles of C = ?
Number of moles of CCl₂F₂ = 6.64 mol
Solution:
In one mole ofCCl₂F₂ there is one mole of carbon two moles of chlorine and two moles of fluorine are present.
In 6.6 moles of CCl₂F₂ :
Moles of carbon = 6.64 × 1 = 6.64 moles of carbon.
Moles of chlorine = 6.64× 2 = 13.28 moles of chlorine
Moles of fluorine = 6.64× 2 = 13.28 moles of fluorine
Answer: 6.64 moles
Explanation:
Number of moles of C = ?
number of moles of CCl₂F₂ = 6.64 mol
In one mole of CCl₂F₂ there is one mole of carbon two moles of chlorine and two moles of fluorine are present.
In 6.6 moles of CCl₂F₂ :
Moles of carbon = 6.64 × 1 = 6.64 moles of carbon.
Moles of chlorine = 6.64× 2 = 13.28 moles of chlorine
Moles of fluorine = 6.64× 2 = 13.28 moles of fluorine
2) Columnar
3) Squamous
The type of epithelial cells that would be found in an area of the body where diffusion of nutrients needs to occur is squamous.
In conclusion, squamous can be found on the surface of the skin.
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Answer: C. Squamous
Explanation:
I got it right on my test...lol
(2) absorb protons (4) oxidize
Answer: The nucleus of radium-226 is unstable and hence undergoes decay.
Explanation: Radium has many isotopes. One of them is which has 88 protons and 138 neutrons. It is a radioactive isotope and undergoes decay process.
This isotope undergoes alpha - decay and produces Radon-222 isotope.
Equation for alpha - decay follows:
Hence, the nucleus of radium-226 undergoes decay process.
Answer is Health Claim
Metals tend to lose electrons.
Atoms have the natural tendency to fill their outermost shells.
All of the above.
Answer: Metals tend to gain electrons.
Explanation: Hope this helps!!! Have an amazing day!
Answer:
Non-metals tend to lose electrons