 | Royal Institution of Great Britain - 1869 - 636 páginas
...force of repulsion ; why, then, do not the mutually repellent members of this group part company ? The molecules do separate from each other when the external...the position of every atom — its distance from its fellows — is determined by the equilibration of these two forces. If the atoms come too near, repulsion... | |
 | John Tyndall - 1871 - 438 páginas
...repulsion ; why, then, do not the mutually repellant members of this group part company ? The molecules separate from each other when the external pressure...the position of every atom — its distance from its fellows — is determined by the equilibration of these two forces. If the atoms come too near, repulsion... | |
 | John Tyndall - 1871 - 436 páginas
...repulsion; why, then, do not the mutually repellant members of this group part company ? The molecules separate from each other when the external pressure...between every two atoms; and the position of every atom—its distance from its fellows—is determined by the equilibration of these two forces. If the... | |
 | James Samuelson - 1871 - 252 páginas
...are kept asunder by forces which virtually or actually are forces of repulsion." And again : " The molecules do separate from each other when the external...repulsive, are in operation between every two atoms." It is obvious that he here conceives of Force as of a living Being pushing two objects asunder, or... | |
 | John Tyndall - 1873 - 582 páginas
...force of repulsion ; why, then, do not the mutually repellent members of this group part company ? The molecules do separate from each other when the external...the position of every atom — its distance from its fellows — is determined by the equilibration of these two forces. If the atoms come too near, repulsion... | |
 | John Tyndall - 1881 - 572 páginas
...force of repulsion ; why, then, do not the mutually repellent members of this group part company ? The molecules do separate from each other when the external...the position of every atom — its distance from its fellows — is determined by the equilibration of these two forces. If the atoms come too near, repulsion... | |
 | John Tyndall - 1890 - 666 páginas
...nat ure within the corpuscles, by reason of their transparency.' (Herschel, ' On Light,' art. 1 145.) of this stability is that two forces, the one attractive...between every two atoms ; and the position of every atom is determined by the equilibration of these two forces. When the atoms approach too near each other,... | |
 | Royal Institution of Great Britain - 1869 - 652 páginas
...force of repulsion ; why, then, do not the mutually repellent members of this group part company ? The molecules do separate from each other when the external...The reason of this stability is that two forces, the ono attractive and the other repulsive, are in operation between every two atoms ; and the position... | |
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... members of this group part company ? The molecules do separate from each other when the external pressure is lessened or removed, but the atoms do not. The reason of this stability is that two forces, the one attractive and the other repulsive, are... 