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<meta property="og:description" content="On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? ">
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<meta property="og:description" content="On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? ">
<title>On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? </title>
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<title>On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu ? </title>
$2.3.49.$ On the horizontal table is a body of mass $m_0$. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass $m_0$ from its place, if the coefficient of friction of the body against the table is $\mu$?
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<meta name="description" content="On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? ">
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<meta property="og:description" content="On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? ">
<meta property="og:description" content="On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? ">
<title>On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu? </title>
<title>On the horizontal table is a body of mass m_0. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass m_0 from its place, if the coefficient of friction of the body against the table is \mu ? </title>
$2.3.49.$ On the horizontal table is a body of mass $m_0$. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass $m_0$ from its place, if the coefficient of friction of the body against the table is $\mu$?
$2.3.49.$ On the horizontal table is a body of mass $m_0$. A non-stretchable thread is attached to the body and thrown over the block. A spring is attached to the free end of the thread. How much weight should the load be attached to the spring so that, when descending, it can move the body of mass $m_0$ from its place, if the coefficient of friction of the body against the table is $\mu$?
<small>All rights belong to the authors. <br> Commercial use of materials - with the written permission of the authors. <br> alex@savchenkosolutions.com <br></small>
<small>All rights belong to the authors. <br> Commercial use of materials - with the written permission of the authors. <br> alex@savchenkosolutions.com <br></small>
