Suppose the law of gravitational attraction suddenly changes and becomes an inverse cube law i.e. 
, but still remaining a central force. Then
a)
Keplers law of areas still holds
b)
Keplers law of period still holds
c)
Keplers law of areas and period still hold
d)
Neither the law of areas, nor the law of period still holds
Suppose the law of gravitational attraction suddenly changes and becomes an inverse cube law i.e. , but still remaining a central force. Then
a)
Keplers law of areas still holds
b)
Keplers law of period still holds
c)
Keplers law of areas and period still hold
d)
Neither the law of areas, nor the law of period still holds
Question ID - 54263 | SaraNextGen Top Answer
Suppose the law of gravitational attraction suddenly changes and becomes an inverse cube law i.e. , but still remaining a central force. Then
a)
Keplers law of areas still holds
b)
Keplers law of period still holds
c)
Keplers law of areas and period still hold
d)
Neither the law of areas, nor the law of period still holds
|
Suppose the law of gravitational attraction suddenly changes and becomes an inverse cube law i.e. |
|
|
a) |
Keplers law of areas still holds |
|
b) |
Keplers law of period still holds |
|
c) |
Keplers law of areas and period still hold |
|
d) |
Neither the law of areas, nor the law of period still holds |
1 Answer
127 votes
Answer Key / Explanation : (d) -
|
Neither the law of areas, nor the law of period still holds |
127 votes
Answer Link
127