Sifat S.

asked • 05/07/21

Can someone please show me how to solve this. Your help is greatly appreciated.

A robot-controlled joystick may be helpful for many disabled people as electric

wheelchairs are difficult to maneuver for many disabled people. From a certain location in

a room, a wheelchair user will either (1) turn sharply to the left and navigate through a

door, (2) proceed straight to the other side of the room, or (3) turn slightly right and stop at

a table. Denote these three events as D (for door), S (for other side of the room), and T (for

table). Based on the previous trips, P(D) = 0.5, P(S) = 0.2, P(T) = 0.3. The wheelchair is

installed with a robot-controlled joystick. When the user intends to go through the door, he

points the joystick straight 30% of the time; when the user intends to go straight, he points

the joystick straight 40% of the time; and, when the user intends to go to the table, he points

the joystick straight 5% of the time. If the wheelchair user points the joystick straight, what

is her most likely destination?

1 Expert Answer

By:

David B. answered • 05/09/21

Tutor
5.0 (257)

Math and Statistics need not be scary

David B.

The answer might seem silly, but silly questions get silly answers. have fun.
Report

05/09/21

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