...first magnitude that comes so near to my zenith. Though I have since discovered that the maxima in most of these stars do not happen exactly when they come to my instrum..nt at those hours,-yet, not being able at tba* time to prove. the contrary, and supposing...

...south when it came about six in the morning. " Though I have since discovered that the maxima in most of these stars do not happen exactly when they come to my instrument at those hours, yet not being able at that time to prove the contrary, and supposing that they did, I endeavoured to...

...south when it came about six in the morning. Though I have since discovered that the maxima in most of these stars do . not happen exactly when they come to my instrument at those hours, yet, not being able at that time to prove the contrary, and supposing that they did, I endeavoured...

...48' ; .'. then A= 18".03 (sin. 7" 28° 15')= - 18".03 sin. (1§ 28° 15'), and a = 29".78 (sin. 5' 9° 44') = 2Q".78 sin. (20° 16'). There is, in the...will constantly have in the plane of the circular arc a- T. But Bradley did not determine its value either by observations of a star in, or near to, the...

...A= 1S".03 (sin. 7s 28° 15')= - 18".03 sin. (1s 28° 15'), and a = 29".78 (sin. 5s 9° 44') = 29".78 sin. (20° 16'). There is, in the preceding instances,...will continue, a little longer, the illustration and explana-. tion of Bradley's original methods. In the preceding pages the coefficient 20".25 has been...

...south when it came about six in the morning. " Though I have since discovered that the maxima in most of these stars do not happen exactly when they come to my instrument at those hours, yet not being able at that time to prove the contrary, and supposing that they did, I endeavored to...