As you would any bow sight, on flat ground. Most start sighting it in at around 20-25 yards depending on your arrow speed. After you have it zeroed in on flat ground it should be good to go at elevation. It's a good idea to shoot at a couple of targets, at a known distance from your tree stand, just to reassure yourself it's working fine.
You would have to either get a new bow or a new sight.
Twenty five dollars
the target
A sight window on a compound bow is where the arrow and bowstring are aligned to aim accurately at the target. It typically includes an adjustable sight pin or scope to help the archer achieve precise aiming and consistent accuracy.
It would be worth approximately $125.
A bow sight is adjusted by moving the pin in the direction of arrow impact. If the arrow is high of the spot, move the pin up. If the arrow is hitting left of spot, move pin left. etc. Just rember dont move the sight for the first few arrows, it might just be tou torquing the bow and not the sight.
300 yards
Fixed pin sights are typically better for precision shooting at specific distances, as you can adjust the pins for different yardages. Pendulum sights are useful for shooting from treestands or elevated positions as they automatically compensate for angle changes, but may not be as accurate for long-distance shooting. Ultimately, the choice depends on your shooting style and preferences.
A bare bow cannot have any sort of attachments or sight on it. A standard re-curve bow may have any attachments the shooter would like on it. This distinction is usually only used in tournaments.
In mythology, someone struck by Cupid's bow falls in love with the first person they see. It is symbolic of love at first sight or being struck by a sudden and intense attraction.
Compound pendulum is a physical pendulum whereas a simple pendulum is ideal pendulum. The difference is that in simple pendulum centre of mass and centre of oscillation are at the same distance.
The longer the length of the pendulum, the longer the time taken for the pendulum to complete 1 oscillation.