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A 0.40kg block is held

Block B has a mass of 3.40kg and is moving to the left at a speed of 4.20m/s. Block A has a mass of 6.40kg and is moving to the
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2. asked by Emily
3. 641 views
A 0.40kg block is held against a compressed spring of stiffness 68.2N/m and compression 0.64m parallel to a 24 degree incline
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2. asked by Alphonse
3. 654 views
A 0.40kg block is held against a compressed spring of stiffness 68.2N/m and compression 0.64m parallel to a 24 degree incline
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2. asked by Alphonse
3. 620 views
10kg block rest on top of a 40kg slap which rest on a frictionless flow. the coefficient of static and friction between the
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2. asked by yakubu iliya
3. 464 views
10kg block rest on top of a 40kg slap which rest on a frictionless flow. the coefficient of static and friction between the
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2. asked by yakubu iliya
3. 461 views
10kg block rest on top of a 40kg slap which rest on a frictionless flow. the coefficient of static and friction between the
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2. asked by yacxeen
3. 4,411 views
A 40kg block is pushed along a level surface with a 200 N force at an angle of 35 degrees below the horizon. The coefficient of
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2. asked by Krystal
3. 740 views
A 4.40kg block hangs from a spring with spring constant 2160N/m . The block is pulled down 4.60cm from the equilibrium position
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2. asked by Dib
3. 515 views
A 4.40kg block hangs from a spring with spring constant 2160N/m . The block is pulled down 4.60cm from the equilibrium position
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2. asked by Dib
3. 564 views
A 4.40kg block hangs from a spring with spring constant 2160N/m . The block is pulled down 4.60cm from the equilibrium position
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2. asked by Dib
3. 521 views