...forces which is not self-balanced, is equivalent either, (A) ; to a single force, as in Cases I. and II. (B) ; to a couple, as in Case III. (C) ; to a force,...the line of action of the force, as in Cases IV. and \". This can occur with inclined forces only, it having been shown in Article 47, that the resultant...

...forces which is not self-balanced, is equivalent either, (A) ; to a single force, as in Cases I. and II. (B) ; to a couple, as in Case III. (C) ; to a force,...IV. and V. This can occur with inclined forces only, it having been shown in Article 47, that the resultant of any number of parallel forces is either a...

...forces which is not self-balanced, is equivalent either, (A); to a single force, as in Cases I. and II. (B) ; to a couple, as in Case III. (C) ; to a force,...the resultant of any number of parallel forces is either a single force or a couple. 237. Parallel Projections or Transformations in Statics. — If...

...axis is parallel to the line of action of R, is incapable of further combination. 138 Cases I. and II. (B); to a couple, as in Case III. (C); to a force...inclined forces only; for the resultant of any number of paralle forces is either a single force or a couple. 237 Parallel Projections or Transformations in...

...axis is parallel to the line of action of R, is incapable of further combination. Cases I. and II. (B); to a couple, as in Case III. (C); to a force,...of the force, as in Cases IV. and V. This can occur witk inclined forces only ; for the resultant of any number of parallel forces is either a single force...

...whose axis is parallel to the line of action of the force, as in Cases IV. and V. This can occur witk inclined forces only; for the resultant of any number of parallel forces is either a single force or a couple. 237. Parallel Projections or Transformations in Statics. — If...

...impulsive forces applied to the solid. This set, when reduced after the manner of Poinsot to a force and a couple whose axis is parallel to the line of action of the force, constitute what Thomson calls the 'impulse' of the motion at the instant under consideration....

...magnitude and direction. 482. Any forces acting on a rigid body may be reduced to a single force and a couple whose axis is parallel to the line of action of the force. Let R be the force (OR being its line of action) and G the couple (OG being its axis), which...

...magnitude and direction. 482. Any forces acting on a rigid body may be reduced to a single force and a couple whose axis is parallel to the line of action of the force. Let R be the force (OR being its line of action) and G the couple (OG being its axis), which...

...forces which is not self-balanced, is equivalent either, (A); to a single force, as in Cases I. and II. (B); to a couple, as in Case III. (C); to a force,...the resultant of any number of parallel forces is either a single force or a couple. 237. Parallel Projections or Transformations in Statics. — If...