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Three Boxes Are Pushed Across a Frictionless Horizontal Surface as Shown

Question 82

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Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ that mass 2m exerts on mass 5m with the normal force Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ that mass 5m exerts on mass 10m, we find that ​ Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​


A) Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ = Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ = F.
B) Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ = F > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ .
C) F > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ = Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ .
D) F > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ .
E) F > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ > Three boxes are pushed across a frictionless horizontal surface as shown. When we compare the normal force   that mass 2m exerts on mass 5m with the normal force   that mass 5m exerts on mass 10m, we find that ​   ​ A)    =   = F. B)    = F >   . C) F >   =   . D) F >   >   . E) F >   >   .​ .​

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