1)Design a motor control circuit with an interlock (permissive) control. PB1 turns on motor #1 and latches it in the on

[answerhappygod]

1)Design a motor control circuit with an interlock (permissive)
control. PB1 turns on
motor #1 and latches it in the on position. PB 2 turns on motor #2
and latches it in
the on position. PB 3 turns off both motors when momentarily
pressed. Motor #2
must only be allowed to run when motor 1 is already "on".
2)Design a circuit that utilizes 1 push button, PB1 to turn on 5
motors. Motor 1 will
turn on immediately after PB1 is pushed, motor 2 will turn on only
after motor 1 is
already on, motor 3 will turn on only after motor 2 is already on,
motor 4 will only
turn on when motor 3 is already on and motor 5 will only turn on if
all other motors
are on. Pressing PB2 turns all motors off. PB1 must latch M1 in the
on position
such that after pressing and releasing PB1 M1 remains on until PB2
is pressed.
ANSWERS MUST BE IN LADDER LOGIC!!!!