Programmes Bearing and distance

You don't. Bearing is a direction while distance is how far. You can get distance AND bearing from coordinate information.

IT is going to require the unit to be taken apart and a bearing puller to be used. Make sure you mark where the bearing race sits on the shaft so that you can put the new one back at the same distance as the old one. Use a scribe to mark the shaft. You are also going to need a press to put the new on one.

Probably a hydraulic problem.

The clutch fork would normally move the usual distance whether the release bearing is bad or not.

I know nothing about bearing (definition), as to the distance use the Pythagorean theorem Formula
distance (A, B) =square root of ((X_b-X_a)^2+(Y_b-Y_a)^2)
To find the angle with the x-axis, use
theta =tan^-1(Delta Y/Delta X) where Delta Y=Y_b-Y_a, and Delta X=X_b-X_a
To get the angle of the vector AB measured from the y-axis (bearing?) use 90 degrees -theta.
Hope it helps.

Have your wheel bearings checked, when a wheel bearing is going bad it hums louder as you accelerate, when you stop or slow down the sound stops. A bad bearing does that, it over heats due to it not having enough grease on the bearing and will hum as you drive and get louder as you accelerate.

please see the video and lube the rollers bearing front+ back with grease.
God bless you

f.

You'll probably have finished your homework by now if you worked on it instead of typing it in to FixYa. Besides, how much do you trust me?

Over there somewhere

It could mean that either the bearings or the spider needs to be replaced. If you try to spin the wash basket by hand, does it turn smooth and quiet or do you hear a rumble sound? If it is noisy, it probally needs a bearing change. To change the bearing, the washer has to be taken completely appart to get access to the bearing. The parts cost are relatively inexpensive, but the labor costs is high due to the time to disassemble and reassemble the washer. If you are handy, and have the tools, you can buy the parts and do it yourself. You have to decide whether it is worth spending the time and money to fix or to purchase a new machine.

Let us start by setting the terminology right: To locate a point on a plane you need two coordinates ( an X-value and a Y-value). If the point is in space, you need a third coordinate which may be called z, but let's us not complicate things unecessarily.

With just two coordinates, we will be able to locate at best one point.
Let us rephrase the problem: When given two sets of coordinates, how to calculate the distance between the two points.

Let (x1,y1) and (x2,y2) be the coordinates of two points in a plane. To calculate the distance between the points, one uses the formula
d (distance)= square root of ( (x2-x1)^2+(y2-y1)^2)

When you calculate the distance you must substitute actual coordinates for X1, Y1, X2 and Y2.

As regards the bearing, I am afraid that I am no expert in maritime nor in aircraft navigation and I will not venture stray out of my area of competence. However, I know that you need an axis that defines the direction with respect to which angles are measured.

If your reference axis is the horizontal axis on a cartesian plane you can determine the angle that the line joining the points makes with that horizontal axis by calculating its cosine, then extract the arcosine.
If (X2-X1) and (Y2-Y1) are both positive then cos(theta)=(X2-X1)/d, where d is the distance (positive value) calculated above.