According to AGMA standards, bending stress numbers for different types of gear teeth are calculated differently. Please select the right formula for each type of gear teeth. Equation a: Equation b: For bevel gears, equation a should be used. For spur gears, equation b should be used. For helical gears, equation a should be used. For helical gears, equation b should be used. For spur gears, equation a should be used. For bevel gears, equation b should be used. QUESTION 6According to AGMA standards, bending stress numbers for different types of gear teeth are calculated differently. Please select the right formula for each type of gear teeth.Equation a:00Equation b:00051W₂PaFJwhere W,PaF = face widthK.K.K..KBK,tangential forcediametral pitchJ = geometry factorK = overload factor for bending strengthK₂ = size factor for bending strengthK = load-distrubution factor for bendingstrengthKBrim thickness factorK = dynamic factor for bending strengthW.P.K.K.KKFJwhere W, = tangential forcePa = diametral pitchF = face widthJ = geometry factorK, = overload factor for bending strengthK = size factor for bending strengthKload-distrubution factor for bendingstrengthK, = dynamic factor for bending strengthFor bevel gears, equation a should be used.For spur gears, equation b should be used.For helical gears, equation a should be used.For helical gears, equation b should be used.For spur gears, equation a should be used.For bevel gears, equation b should be used.

equation a: st=WtPdFJKoKsKmKBKvequation b: st=WtPdKoKsKmKvFJwhere,Wt=tangential forcePd=diametral…

Answered: QUESTION 6 According to AGMA standards,…

Elements Of Electromagnetics

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ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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According to AGMA standards, bending stress numbers for different types of gear teeth are calculated differently. Please select the right formula for each type of gear teeth.

Equation a:

Equation b:

		For bevel gears, equation a should be used.
		For spur gears, equation b should be used.
		For helical gears, equation a should be used.
		For helical gears, equation b should be used.
		For spur gears, equation a should be used.
		For bevel gears, equation b should be used.

QUESTION 6
According to AGMA standards, bending stress numbers for different types of gear teeth are calculated differently. Please select the right formula for each type of gear teeth.
Equation a:
00
Equation b:
000
51
W₂Pa
FJ
where W,
Pa
F = face width
K.K.K..KBK,
tangential force
diametral pitch
J = geometry factor
K = overload factor for bending strength
K₂ = size factor for bending strength
K = load-distrubution factor for bending
strength
KB
rim thickness factor
K = dynamic factor for bending strength
W.P.K.K.KK
FJ
where W, = tangential force
Pa = diametral pitch
F = face width
J = geometry factor
K, = overload factor for bending strength
K = size factor for bending strength
Kload-distrubution factor for bending
strength
K, = dynamic factor for bending strength
For bevel gears, equation a should be used.
For spur gears, equation b should be used.
For helical gears, equation a should be used.
For helical gears, equation b should be used.
For spur gears, equation a should be used.
For bevel gears, equation b should be used.

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