Updated greek laters @ latex compiling

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en/2.1.49.md +5 −5
@@ -6,14 +6,14 @@
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<meta http-equiv="content-language" content="en">
<meta name="keywords" content="Savchenko Problems in Physics, Savchenko solutions, physics problems, physics olympiad preparation, IPhO, Jaan Kalda">
− <meta name="description" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle α and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
+ <meta name="description" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle \alpha and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
<meta name="author" content="Aliaksandr Melnichenka">
<meta name="date" content="2023-10" scheme="YYYY-MM">
− <meta property="og:title" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle α and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
+ <meta property="og:title" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle \alpha and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
<meta property="og:image" content="img/logo.png">
− <meta property="og:description" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle α and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
+ <meta property="og:description" content="A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle \alpha and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?">
<meta name="yandex-verification" content="6cfda41f74038368">
− <title>A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle α and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?</title>
+ <title>A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass m_0, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle \alpha and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?</title>
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@@ -52,7 +52,7 @@
<p>
$2.1.49$
− A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass $m_0$, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle α and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?
+ A load is suspended from the free end of the thread attached to the wall and thrown over the roller. The roller is fixed on a bar of mass $m_0$, which can slide along a horizontal plane without friction. At the initial moment, the thread with the load is deflected from the vertical by an angle \alpha and then released. Determine the acceleration of the bar if the angle formed by the thread with the vertical does not change during the movement of the system. What is the weight of the cargo?
</p>
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