See this website in the link below
It depends on a choice made by the person who made your compass; there's no universal standard. The easiest way to find out is to take the compass somewhere that you know which direction is north (at least to within 10 or 15 degrees), and see what way the arrow points.
Unlike the geographic poles, which are always in the same place, the magnetic poles change location throughout the history of earth. So when using a compass to map or explore the Earth's surface, you need to make a correction for the difference between geographic nor and magnetic north.
The main difference between a flyby spacecraft and an orbiter is the guidance computer programming: which causes a flyby to go by the planet and take pictures and other readings allowed in the limited time of the single pass, while an orbiter is captured into an orbit about the planet where it has a much longer period to take pictures and other readings.
a Chinese person
No. A barometercan only take measurements from its own location, and barometric pressure alone is not enough to track storm activity. Weather balloons or planes with packages of instruments are needed to take readings from different altitudes.
You take a bearing by pointing your compass at the target (or direction you want to go) and reading the number on the compass. There are 360 degrees in a circle, with East being at 90 degrees, South-East being 135 degrees, South being 180, West 270, North 360 (or zero) and etc. etc.
Any city or geographic location can be used as coordinates if you take the compass bearing of them. The reciprocal of those bearings could then be used to find your present location by a method called triangulation.
The standard answer is constant bearing. As soon as a another vessel is sighted at sea, you take a compass bearing on it, and you keep on taking compass bearings. If the bearing does not change, you are on a collision course. If it's on your port side, do nothing. If it's on your starboard side, give way by changing speed or course.
Sing the happiest song you know to help you keep your bearings in unfamiliar terrain.
A magnetic compass can be influenced by surrounding metal. For instance, take a compass bearing when your pocket knife is in your breast pocket, too close to the compass, or there is an underground metal water pipe near by, may cause an error in your compass reading. Even magnetic (iron) rocks you are standing on, can cause a wrong reading. When taking a magnetic bearing, leave your metal framed rucksack to one side.
Take readings of people hearts.
Installing wheel bearing in a Ford Festiva is simple but will take some time. All you have to do is take the hub off, take out the tie rod and then take out the wheel bearing from the hub.
you have to remove transmission to take out and replace throwout bearing
It depends on a choice made by the person who made your compass; there's no universal standard. The easiest way to find out is to take the compass somewhere that you know which direction is north (at least to within 10 or 15 degrees), and see what way the arrow points.
which one, the carrier bearing or the gearbox bearing?
Remove the spindle from the car. You'll have to take off the axle nut, brake caliper, tie rod end, lower ball joint bolt, lower strut bolts and abs sensor to remove the spindle. Now you can take the spindle to a shop with the new bearing and have them install the bearing for you. Or you have access to a shop press you can do it yourself. Note: Shop presses can be dangerous! Press the wheel hub out of the spindle, then press the bearing out of the spindle. Pay close attention to the bearing you removed. (There is a magnetised side of the bearing and must be installed in the same way when putting the new bearing in. Magnet goes toward the sensor) Now reassemble the spindle in reverse order. That's the way I did it anyway. Good luck
A GPS uses satellites to show your exact position on a hand-held device. A compass point towards magnetic north, from which, using a map, you can take bearing of distant points to work out your position, or work out your direction of travel.Both are important tools to navigation - provided the GPS device's battery doesn't go flat!