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Spring Constant
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The left side of the figure shows a light (`massless') spring of length 0.350 m in its relaxed position. It is compressed to 72.0 percent of its relaxed length, and a mass M= 0.210 kg is placed on top and released from rest (shown on the right). The mass then travels vertically and it takes...
Spring Constant A thin uniform rod has mass M = 0.5 kg and length L= 0.37 m. It ha
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Spring Constant A thin uniform rod has mass M = 0.5 kg and length L= 0.37 m. It has a pivot at one end and is at rest on a compressed spring as shown in (A). The rod is released from an angle θ1= 55.0o, and moves through its horizontal position at (B) and up to (C) where it stops with θ2 =...
Spring Constant A thin uniform rod has mass M = 0.5 kg and length L= 0.37 m. It ha
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Spring Constant A thin uniform rod has mass M = 0.5 kg and length L= 0.37 m. It has a pivot at one end and is at rest on a compressed spring as shown in (A). The rod is released from an angle θ1= 55.0o, and moves through its horizontal position at (B) and up to (C) where it stops with θ2 =...
You make a spring wave with a wavelength of 1.5m. You Shake the spring with a frequen
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You make a spring wave with a wavelength of 1.5m. You Shake the spring with a frequency of 2hz. The speed of the wave is (you have to slove it or fill in the blank I don't get it T.T HELP) View more questions Search
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