Q4: The slider block B is confined to move within the smooth slot. It is connected to two springs, each of which has a stiffness of k = 30 N/m. They are originally stretched 0.5 m when s 0 as shown. Determine the maximum distance, smax, block B moves after it is hit by block A which is originally traveling at (vA) = 8 m/s. Take e = 0.4 and the mass of each block to be 1.5 kg. Ans.: Smas. = 1.53 m 2 m k - 30 N/m (v)-8 m/s 2 m k - 30 N/m

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q4: The slider block B is confined to move within the
smooth slot. It is connected to two springs, each of which
has a stiffness of k = 30 N/m. They are originally stretched
0.5 m when s 0 as shown. Determine the maximum
distance, smax, block B moves after it is hit by block A which
is originally traveling at (vA) = 8 m/s. Take e = 0.4 and
the mass of each block to be 1.5 kg.
Ans.: Smax. = 1.53 m
2 m
k- 30 N/m
(va) =8 m/s
2 m
k - 30 N/m
Transcribed Image Text:Q4: The slider block B is confined to move within the smooth slot. It is connected to two springs, each of which has a stiffness of k = 30 N/m. They are originally stretched 0.5 m when s 0 as shown. Determine the maximum distance, smax, block B moves after it is hit by block A which is originally traveling at (vA) = 8 m/s. Take e = 0.4 and the mass of each block to be 1.5 kg. Ans.: Smax. = 1.53 m 2 m k- 30 N/m (va) =8 m/s 2 m k - 30 N/m
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