When coding the Pneumatics, what block should you attach first to the [When Started] block?

[set Pneumatic pump to on] block

[set Pneumatic cylinder to extend] block

[set Pneumatic cylinder to retract] block

[set Pneumatic Solenoid to on] block

Explain what the highlighted area is for and why is it important in a Two-Cylinder System.

Adds an additional Pneumatic Solenoid connection through the supply line, allowing air to flow to additional components.

Adds more air to the pump to power multiple cylinders.

Connects the solenoid together to keep air from escaping.

Connects the air pump to the solenoid to create a double cylinder system.

As the motor rotates one direction it spins both gears. When the motor rotates the other direction it only spins one gear.

When the motor rotates clockwise the ratchet will never spin the gear.

When the motor rotates counter-clockwise the ratchet will always spin both gears.

As the motor rotates, it's able to motor share spinning both gears connected to different mechanisms all the time in both directions.

One motor controls the drivetrain. The other motor controls the 4-bar.

One motor controls the hood. The other motor controls the 4-bar.

Both motors control the drivetrain and the hood together.

One motor controls a bottom gear. The other motor controls the hood.

The bar stays at the same position

The bar can move to another position

The bar moves to the opposite side of the other motor

The bar can move to another position

The bar stays at the same position

The bar moves to the opposite side of the other motor

Pneumatics help move gears to motor share easier.

Sharing motors powers pneumatics to make the robot more efficient.

Multiple motors make pneumatics be able to do more actions.

Motors on the drivetrain and motors on pneumatics share together to make the robot do many things.