...t respectively, 0, £ *Jir, *Jir, f %/7r, 4 *Jir, 8 ^ir. The formulas are simplified by taking g = 4. This is merely equivalent to taking as our unit...sixteen and sixty-four, which it reaches at the times, 4VTT and 8 \/V, of the last two diagrams. These zeros, for any value of t, are given by the equation...

...equivalent to taking as our unit of length half the space descended in one second of time, by a body felling from rest under the influence of gravity. For simplification...sixteen and sixty-four, which it reaches at the times, 4 VTT and 8 A/77"? of the last two diagrams. These zeros, for any value of t, are given by the equation...

...of t respectively, 0, £ V71-. V7r, f V7r. 4 \/7r> 8 x/7rThe formulas are simplified by taking g = 4. This is merely equivalent to taking as our unit...sixteen and sixty-four, which it reaches at the times, 4V7r and 8 VX of the last two diagrams. These zeros, for any value of t, are given by the equation...

...from rest under the influence of gravity. For simplification in the writing of formulas we take 2=1 for the undisturbed level of the water-surface. The...sixteen and sixty-four, which it reaches at the times, 4sAr and 8vAr, of the last two diagrams. These zeros, for any value of t, are given by the equation...

...from rest nnd<T the influence of gravity. For simplification in the writing of formulas we take c=l for the undisturbed level of the water-surface. The...explained in § 107 below, are called argument-curves, us they represent the argument of the cosine in (144). § 106. One exceedingly curious and very interesting...

...respectively, 0, £ «Jir, *Jir, f \/ir, 4 -Jir, 8 *]tr. The formulas are simplified by taking <7 = 4. This is merely equivalent to taking as our unit...sixteen and sixty-four, which it reaches at the times, 4 \'ir and S \f-rr, of the last two diagrams. These zeros, for any value of t, are given by the equation...