Amogh

In how many ways 6 men and 3 women can be seated round a table so that every man has woman by his side.

Thanks,

The possible groups this question belongs to according yahoo answers:-

Gender Studies

Society & Culture

Women's Football (Soccer)

Sociology

Singles & Dating

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OK I want to know, if the sum of infinite geometric progression can be expressed, when the common ratio is >1?

I know the formula a(1-r) and its derivation but I want to know whether it is applicable to only Progressions approaching 0. I am not introduced to calculus yet, so please explain!

For example:- 10 , 60 , 360 , 2160... [10*6^(n-1)]

it comes to 10(1 - 6) which is -5.

Thank you!

I want to know the difference between Microsoft Office 2010 Professional Plus and Microsoft Office 2010 Professional Plus Technical Preview? I am a Home user, that isn't necessary but just in case, you want to know!

How to tell if a rubik's cube is in its possible position?

I am creating a Rubik's cube solver, which takes in the initial position of the cube and the final position as needed (and a bit more options, but not necessary to my question). So I want to know how to tell if a position provided by the user is possible in a Rubik's cube.

More accurately, I want to know how to tell if the two positions (initial and final) are virtually possible. Here virtually means that the the two positions need not be from a correct cube, maybe one edge flipped, for example.

Thank you for all the help i WOULD get ;-) Thanks!

I am creating a Rubik's cube solver, which takes in the initial position of the cube and the final position as needed (and a bit more options, but not necessary to my question). So I want to know how to tell if a position provided by the user is possible in a Rubik's cube.

More accurately, I want to know how to tell if the two positions (initial and final) are virtually possible. Here virtually means that the the two positions need not be from a correct cube, maybe one edge flipped, for example.

Thank you for all the help i WOULD get. Thanks!

I am creating a Rubik's cube solver, which takes in the initial position of the cube and the final position as needed (and a bit more options, but not necessary to my question). So I want to know how to tell if a position provided by the user is possible in a Rubik's cube.

More accurately, I want to know how to tell if the two positions (initial and final) are virtually possible. Here virtually means that the the two positions need not be from a correct cube, maybe one edge flipped, for example.

Thank you for all the help i WOULD get ;-) Thanks!

Can anyone tell me what is the exact einstein's law of relativity formula and also how it has been derived!