If the block remains in the equilibrium position shown, determine the mass of the block D. The non-elongated length of spring AB is 6 m. d1 = 6 m d2 = 10 m KAC = 58 N/m KAB = 89 N/m Mass of block D = ____ kg
If the block remains in the equilibrium position shown, determine the mass of the block D. The non-elongated length of spring AB is 6 m. d1 = 6 m d2 = 10 m KAC = 58 N/m KAB = 89 N/m Mass of block D = ____ kg
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If the block remains in the equilibrium position shown, determine the mass of the block D.
The non-elongated length of spring AB is 6 m.
d1 = 6 m
d2 = 10 m
KAC = 58 N/m
KAB = 89 N/m
Mass of block D = ____ kg
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Si el bloque se mantiene en la posición de equilibrio mostrada, determine la masa del bloque D.
d, m.
-d2m
B
kAc N/m
d,m
KAR N/m
A
D
La longitud no alargada del resorte AB es de 6 m.
di = 6 m
d2 = 10 m
KAÇ = 58 N/m
KAB = 89 N/m
Masa del bloque D = kg
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