This is because there is a small input force but in return there is a larger output force. Also because your farther from the fulcrum(door hinges). the door is a simple lever.
because it has more lavage to move across the room and you can push it a lot easier from the handle then the hinges.
that is my amazing answer.
I found that the first time I put a door Knob on I put itdirectly between the hinges on the hinge side of the door, well after riping 7 doors of the jambs, my 3 year old son who didn't get a birthday present because I had to keep buying new doors and door jambs suggested that the further the knob was across from the hinge the easier the door would be to open as a result of leverage so I put the door knob on the other side of the door just to see if it would work any better well lo and behold it did.
A fulcrum is the turning point of a lever i.e. The hinge on a door. It is essential to know when learning about the law of the lever i.e. The distance from the fulcrum X force applied on the right hand side = The distance from the fulcrum X force applied on the left hand side. IF the lever is balanced. This can also be written as anticlockwise moments = clockwise moments.
The opposite of 'OFF' is 'ON' - -have you never seen those words on each side of a switch
The ratios pertaining to right angled triangles are called trigonometrical ratios.They are- sine x = Opposite side/Hypotenuse cosine x= Adjacent side/Hypotenuse tangent x= Opposite side/Adjacent side Cosecant x= Hypotenuse/Opposite side secant x= Hypotenuse/Adjacent side cotangent x= Adjacent side/Opposite side Here, x is one of the angles in the trangle except the right-angled one.
longest
They would be on opposite sides. The hinges would be the pivot point on one side and the latch would be the lock assembly to hold the door shut on the opposite side.
In construction or home supply, you tell the hinge of a door from the outside or from the side that the door opens away from. Looking at it. Your way is the same if you think about it. In either case, it would be a right hand hinge.
If you're replacing the speaker just remove the grill but to take off the door panel remove screws on the handle there are two, remove one screw from behind the door release handle, there is one on the upper side of the door where is latches, there is one on the upper side where the door hinge is then pull up and out because the bottom is slide into place
you have to lift the door up and use a hammer to hit it
Inside door handle or outside door handle?
a door hinge's job is to keep one side of the door decured to the door frame so that the door can be opened and closed
Door handle to what?
You have to replace the whole hinge assembly, they don't make a hinge pin kit for the Thunderbird.
if rear side door; unlock and pull handle. if boot lid; pull handle in drivers side door-well (side of the drivers seat) "door open"
NOTE: Front and rear door hinge checks can be removed and installed using the same procedure. NOTE: The front door hinge check can be serviced without removing the complete hinge assembly. Perform the following procedure: Removal 1. Open door with broken hinge check. 2. Remove exposed hinge-to-body retaining bolt and retain. 3. Insert a chisel, 267mm (10-1/2 inches) long with a 19mm (3/4 inch) cutting blade, between hinge half on body and back side of hinge check. Hammer until chisel unseats rivet securing hinge check-to-body side hinge. 4. Remove broken hinge check and discard. Installation 1. Loosely place new door check and elastomer reinforcement into body door hinge. 2. Install door hinge-to-body retaining bolt to secure new hinge check and reinforcement-to-body side hinge. Tighten bolt to 25-35 N-m (19-25 lb-ft).
support the door then remove the hinge to door bolts and lift door off.
It's a matter of leverage. The further you are from the hinge, the more leverage you have.