Flemings left hand rule question

First finger points in direction of field (North to South)
Second finger points in direction of current
Thumb points in direction of force

Follow this and you can't go wrong.

The only way I can think you are getting the wrong answer then is either you are using your right hand or you are pointing your second finger in the wrong direction, point it the opposite way to which the arrow is pointing since when it is going through the magnetic field it is travelling 'away from us'.

Sometimes we use 'away from us' or 'towards us' when talking about directions since obviously a drawing is only two dimensional so, in this case by saying the current is moving away from us it is just a way of trying to explain the extra dimension (since left and right is used for the magnetic field and up and down is used for the force).

We know the current moves away from us through the magnet since it moves around the loop like a car going round a track (it always points in the direction it is travelling) so the arrow shows it coming towards us on the right side of the picture, as it turns the corner it is now going right to left, as it then turns the next corner it is travelling away from us, after the next corner it is going left to right and then back onto the point we started where it as again pointing towards us.

It may help in the future to draw the arrows on all the way around the loop to get a picture of what is happening.

if the arrow is pointing towards us in this picture..how are you suppose to know the direction of current if you get me.. It could be going in any direction as it travels around the wire, how are you suppose to know which direction to use when using Flemings left hand rule?

In the picture you would say the arrow is pointing towards you, so the current is flowing towards you since the arrow points in the direction of the current at that point.

If no arrow were to be given, you would know the direction by looking at the battery. Current always flows from the positive side (the longer line of the battery) to the negative side (the shorter side).

Don't worry about asking questions, I want to be able to help you understand

Referring to the current as flowing towards or away is just a way of labelling directions on the diagram for our own convenience. Just as you would give directions with reference to North, South, East and West, in this diagram we make reference to upwards, downwards, left, right, towards and away. So we see the arrow is pointing in the direction we define to be towards us and if we draw arrows all the way around the loop, the current in the part of the circuit that passes through the magnetic field will be pointing in the 'away from us' direction.

There is no hidden physics behind why the current is flowing towards or away, it is purely just a way of defining a direction based upon the orientation of the diagram.