how to calculate different stresss on the involute internal spline
Signal strength diminishes over distance. A repeater boosts signal strength and passes it on.
What is the decibel loss of a signal that starts at point A with a strength of 2000 watts and ends at point B with a strength of 400 watts?That is impossiple. If you have a light bulb of 100 watts. This power stays fixed in the lamp and does not decrease with distance!If you mean a sound source, only the sound pressure in pascals or the sound pressure level in dB is decreasing with distance from the source. Or the sound intensity in watts per square meter or the sound intensity level in watts is decreasing with distance.Scroll down to related links and look at "Sound intensity I and the inverse square law 1/r2"This question is talking about the fundamentals between data and signals in data communication. It has nothing to do with a light bulb and is not impossible. Here is how it is done. The decibel is a relative measure of signal loss or gain and is expressed as dB = 10 × log10 (P2 / P1) in which P2 and P1 are the ending and beginning power levels of the signal expressed in watts.So in this case where a signal starts with a strength of 2000 watts and ends with a strength of 400 watts the calculation would be:dB = 10 × log10 (400 /2000)dB = 10 × log10 (.2)dB = 10 × (-.69)dB = -6.9dB
They are classified according to their strength, rigidity, plasticity, and boiling/melting temperatures. They are classified according to their strength, rigidity, plasticity, and boiling/melting temperatures.
The proportional limit is the stress value at which the stress is no longer linear with strain. After that, the material will begin to yield and become non-linear, or plastic, and then it will fail at a higher value called the tensile strength. For most metals, the proportional limit is well below the tensile strength; for example annealed stainless steel has a proportional limit near 30 ksi and tensile strength of 80 ksi; aluminum has a proportional limit of 35 ksi and tensile strength of 42 ksi.
SWOT stands for: Strength Weaknesses Opportunities Threats So you would list the Strength's, Weaknesses, Opportunities, and Threats to an online bank.
calculation method with example for impact strength?
Look into the strength of a snail's shell for geometry in nature, the strength of arches for geometry in buildings and the use of angles, arcs and radiuses in designing roads.
busting strength of cartons
F. A. De Lory has written: 'An investigation of discrepancies in undrained shearing strength test results in clay' -- subject(s): Clay, Shear strength of soils, Testing
The answer depends on what characteristic of the wave you want to measure: its periodicity, its strength, etc.
Classic calculation for force of gravity (f) between two masses is: f = (G*m1*m2) / d2 and the units are newtons.
Formula For Schedule Calculation.1000xP/S= Schedule NumberwhereP=Internal PressureS= Ultimate Tensile Strength(From ilyas,Hyd)scet
Strength of a material is usually given in terms of yield strength (the stress at which plastic deformation sets in) and ultimate strength (the maximum stress that the material can sustain) before it eventually breaks. On the other hand, it is not meaningful to talk about strength of a member made from that material. for a member of a certain geometry, one calculates stresses operating on it and compares the stresses to the strength. Stresses depend on load and the geometry both. If one wants to guard against failure of the member for yielding, then the stresses in the member should be less than or equal to the yield strength.
The process of die cutting started as a process in the 19th century for the making of leather shoes. It is now more commonly used for shearing webs of low strength materials such as foil, paper, rubber and cloth.
The three types of stress in plates are tensile stress (stretching), compressive stress (compressing), and shear stress (sliding or tearing). These stresses can cause deformation or failure in the material if they exceed its strength.
Do you mean combat level? - the number other players see when hovering their mouse pointer over your character?If so, your combat level is calculated from the following skills.Attack and Strength or Ranged or MagicDefenceConstitutionPrayerSummoningIf your highest combat related skills are in Melee (attack and strength) then that's what your combat level will be calculated from. If your Magic level became higher then the calculation for your combat level would include that. Likewise with ranged. Defence, Constitution, Prayer and Summoning(if a member) are included in whichever calculation applies.It's a bit complicated. Runescape Wiki's page on Combat Level (see link below) includes the formulas used for the calculation.
A safety factor is an aspect of design that increases strength or protection beyond that suggested as needed by calculation or other basic assessment. For example, engineering calculations might suggest a bridge needs a certain amount of strength in a support beam. That number would be increased by, perhaps, 20% as a "safety factor" in case it were to be stressed beyond its design or in case some basis for the calculation was in error.A partial safety factor is one of several safety factors applied to the same instance.