Determing most ionic boonds, Chemistry

Assignment Help:

In the given bonds which one is most ionic:

(1) Cs- cl                             

(2)  Al- Cl              

(3)  C-Cl               

(4)  H- Cl

Ans:  Cs- cl

 


Related Discussions:- Determing most ionic boonds

#electrochemistry, The emf of the cell Cd/CdSO4(0.0093M)//CdSO4/Cd is 0.086...

The emf of the cell Cd/CdSO4(0.0093M)//CdSO4/Cd is 0.086V at 25°C find the value of X solution

What is diborane, Q. What is Diborane? The chemistry of diborane has ar...

Q. What is Diborane? The chemistry of diborane has aroused considerable interest because of its usefulness in many synthetic reactions and also because the elucidation of its s

Unity of hardnes, write the different units of hardness with their relatio...

write the different units of hardness with their relationship

To study the presence of aroma taste, to study the presence of aroma taste,...

to study the presence of aroma taste,ph value and tannic acid of diffrent tea leaves

Detergent, What types of detergent remove oils and fats

What types of detergent remove oils and fats

Calculate the evaporator pressure and rate of heat, A liquid stream contain...

A liquid stream containing half n-hexane and half n-pentane at 80°C and 5 atm is fed at a rate of 100 mol/hr to a flash evaporator operating at pressure (P) and 65°C. The decrease

What is glassy state of matter?, GLASS: Glass is amorphous solid which is ...

GLASS: Glass is amorphous solid which is not true solid, it is rather super cooled liquid which possesses a very high viscosity. It has no fixed melting point, on heating graduall

The possible values of azimuthal quantum number, When the principal quantum...

When the principal quantum number(n= 3)  , the possible values of azimuthal quantum number(l ) is: (1) 0,  1,  2, 3           (2) 0,  1, 2    (3) -  2, - 1,  0, 1, 2

The bohr orbit radius for the hydrogen atom, The Bohr orbit radius for the ...

The Bohr orbit radius for the hydrogen atom (n=1)   is approximately  0.530 Å . The radius for the first excited state (n=2)  orbit is: (1) 0.13Å

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd