Look @ the position of the dial when the tumblers lie up. The use this formula. Consider the dial as the face of a clock. Say the dial is in the 37 minute position. Multiply 37x pi {3.14) add 13 then divide by 3. Voila, Now you have the combination! Or, use a grinder and grind the lock off. It's a little easier
If you mean a rotary combination lock, the lock will have several disks that have a notch in the edge, When all of the notches are aligned with a bar on the latch, and the bar can drop into all of the notches at once, the latch can be withdrawn. However, the lock must be open in order that you can see the position of the notches.
Reflection.
transformation Displacement
A point.
transformation
Reflection about the y-axis can do that.
I teep on looking and looking but i cant figure it out! I will tell you if i figure it out.
Reflection.
transformation Displacement
to slide or move a figure to a new position along a striaght line
A point.
transformation
Missing diagram.
ordered pair
Reflection about the y-axis can do that.
To figure out total displacement, track the various changes in position of the object.
What you do is look at the bottom of the ebony claw in your inventory. On the bottom of it is the combination. Just do it in order from top to bottom ;) hope you figure it out
Translation.