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A block of mass mi sits on a block of mass m2, which rests on a smooth table, Fig. If the coefficient of friction between the blocks is u, find the maximum force that can be applied to m2 so that m may not slide. (Take m1=1kg, m2 =3kg, u =0.5 and g=9.8m/s ) %3D m1 m2 A) 9.8 N B) 14.7 N C) 19.6 N D) 23.5 N E) 39.2 N Lütfen birini seçin: O A. A FL

A block of mass mi sits on a block of mass m2, which rests on a smooth table, Fig. If the coefficient of friction between the blocks is u, find the maximum force that can be applied to m2 so that m may not slide. (Take m1=1kg, m2 =3kg, u =0.5 and g=9.8m/s ) %3D m1 m2 A) 9.8 N B) 14.7 N C) 19.6 N D) 23.5 N E) 39.2 N Lütfen birini seçin: O A. A FL

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Course dashboard A block of mass mi sits on a block of mass m2, which rests on a smooth table, Fig. If the coefficient of friction between the blocks is u, find the maximum force that can be applied to m2 so that m may not slide. (Take m1=1kg, m2 =3kg, u =0.5 and g-9.8m/s²) m1 m2 A) 9.8 N B) 14.7 N C) 19.6 N D) 23.5 N E) 39.2 N Lütfen birini seçin: O A. A
Transcribed Image Text:Course dashboard A block of mass mi sits on a block of mass m2, which rests on a smooth table, Fig. If the coefficient of friction between the blocks is u, find the maximum force that can be applied to m2 so that m may not slide. (Take m1=1kg, m2 =3kg, u =0.5 and g-9.8m/s²) m1 m2 A) 9.8 N B) 14.7 N C) 19.6 N D) 23.5 N E) 39.2 N Lütfen birini seçin: O A. A
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