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The longer the arm of a spanner, the more leverage can be used. More leverage allows more pressure to be used against a nut to either tighten or to loosen.
Torque = force x distance (from the axis of rotation). With a larger handle, you need less force to get the same torque.
The pendulum frequency is dependent upon the length of the pendulum. The torque is the turning force of the pendulum.
Basically, the longer the handle, the less force is needed to apply a certain torque. This is defined by the equation t=fd where t= torque, f= force, and d= distance in a radial fashion.
A torque spanner attempts to infer the tension forces applied to a bolt, by measuring the turning force applied to the nut. This method suffers from uncertainties in the friction between the nut and the bolt, and again from the nut and the surface. It is necessarily an indirect measurement. It is vital that all surfaces be very clean and smooth for this method to be reliable. Compressible washers are a more reliable device, but less simple. Sometimes of a cone or a wave form.
spanner or a torque wrench
The longer the arm of a spanner, the more leverage can be used. More leverage allows more pressure to be used against a nut to either tighten or to loosen.
spanner provides grip in applying torque to turn objects such as nuts and bolts-or keep them from turning.
The longer handle gives you more leverage. You use Force to push or pull an object in an attempt to make it move. When you want to cause something to rotate (tighten or loosen a nut for example), you need Torque. Torque = the force you apply to your spanner times the distance your hand is from the nut you are trying to turn. Thus, if you have a longer spanner, you can place your hand farther from the nut and the Torque on the nut will increase. You have to be careful about long handled wrenches or slipping a piece of pipe over a wrench to make it longer as you can generate so much Torque that you can snap the bolt clean off or strip the threads. If you have to tighten a nut/bolt very firmly, but don't want to strip/snap it, you can use a Torque Wrench. It has a gauge that tells you how much Torque you are applying to the nut/bolt so that you can tighten it to specifications without going over.
because spanner has a longer moment arm and torque depends upon moment arm greater the moment greater will be the torque produced so it is easy to unscrew a tight nut using longer spanner
22 ft lbs torque on the rocker arm nuts is all that is required.
A torque wrench, usually a power torque wrench
You can tighten ANYTHING too tight. EVERY bolt and screw has a specific torque specification. Look up what the torque specs are for the balancer bolt on your engine and tighten it to the specification.
It depends on the length of the moment arm, which was not specified. Please restate the question.
NOTEStep 1: Tighten all bolts to 22 ft. lbs.Step 2: Tighten all bolts to 51 ft. lbs.Step 3: Loosen all bolts, in reverse torque sequence, by 180°Step 4: Loosen all bolts, in reverse torque sequence again by 180°Step 5: Tighten bolts #1 and #2, in the torque sequence, to25 ft. lbs.Step 6: Tighten bolts #3,4,5 and #6, in the torque sequence, 11 ft. lbs.Step 7: Tighten all bolts, in torque sequence, by 80-90°Step 8: Tighten all bolts, in torque sequence, again by 80-90°
{| |- | NOTE Step 1: Tighten all bolts to 22 ft. lbs. Step 2: Tighten all bolts to 51 ft. lbs. Step 3: Loosen all bolts, in reverse torque sequence, by 180° Step 4: Loosen all bolts, in reverse torque sequence again by 180° Step 5: Tighten bolts #1 and #2, in the torque sequence, to25 ft. lbs. Step 6: Tighten bolts #3,4,5 and #6, in the torque sequence, 11 ft. lbs. Step 7: Tighten all bolts, in torque sequence, by 80-90° Step 8: Tighten all bolts, in torque sequence, again by 80-90° |}
Torque is not the type of bolt but a type of wrench used to tighten bolts. A torque wrench will tell you how tight a bolt is tightened like 60lb of torque or tighten to 80lb of torque so a bolt will be tight enough to stay in but not too tight that you strip the bolt.