Question

10. Using the procedure above, determine the speed of each stable orbit below. For each orbit measure the diameter and determine the radius of orbit (remember, in physics we always measure to the object's centre of mass so measure diameter of the orbit from one edge of the marble's orbit along the cone to the other, then subtract off the diameter of the ball - see below) Low in the cone (must be off the table) Halfway up Close to the top Calculate Speed: Show all data recorded, then the calculation: Calculate Speed: Show all data recorded, then the calculation: Calculate Speed: Show all data recorded, then the calculation: Measure the radius of this orbit: Experimental $R_{low}$ = _______ Measure the radius of this orbit: Measure the radius of this orbit: Experimental $R_{mid}$ = _______ Experimental $R_{high}$ = _______ 11. As the velocity increases, the radius of orbit increases/decreases? (circle)

          10. Using the procedure above, determine the speed of each stable orbit below. For each
orbit measure the diameter and determine the radius of orbit (remember, in physics we always
measure to the object's centre of mass so measure diameter of the orbit from one edge of the marble's orbit
along the cone to the other, then subtract off the diameter of the ball - see below)
Low in the cone (must be
off the table)
Halfway up
Close to the top
Calculate Speed: Show all
data recorded, then the
calculation:
Calculate Speed: Show all
data recorded, then the
calculation:
Calculate Speed: Show all
data recorded, then the
calculation:
Measure the radius of
this orbit:
Experimental $R_{low}$ = _______
Measure the radius of
this orbit:
Measure the radius of this
orbit:
Experimental $R_{mid}$ = _______
Experimental $R_{high}$ = _______
11. As the velocity increases, the radius of orbit increases/decreases? (circle)

10. Using the procedure above, determine the speed of each stable orbit below. For each
orbit measure the diameter and determine the radius of orbit (remember, in physics we always
measure to the object's centre of mass so measure diameter of the orbit from one edge of the marble's orbit
along the cone to the other, then subtract off the diameter of the ball - see below)
Low in the cone (must be
off the table)
Halfway up
Close to the top
Calculate Speed: Show all
data recorded, then the
calculation:
Calculate Speed: Show all
data recorded, then the
calculation:
Calculate Speed: Show all
data recorded, then the
calculation:
Measure the radius of
this orbit:
Experimental Rlow =
Measure the radius of
this orbit:
Measure the radius of this
orbit:
Experimental Rmid =
Experimental Rhigh =
11. As the velocity increases, the radius of orbit increases/decreases? (circle)

Added by Gwendolyn M.

Question

Please give Ace some feedback