Edit to “Statement”

Julius de Rojas edited Sep 19, 2025, 5:52 PM

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revision #15523 parent #15522 ← older newer →

en/2.1.27.md +3 −3

		@@ -1,11 +1,11 @@
			### Statement

			$2.1.27.$
			![\|398x372, 50%](../../img/2.1.27/statement.png)

		−	A person of mass, $m_1$, remaining in place, pulls a weight of mass $m_2$ ~~by the~~
		−	rope. The coefficient of friction on the horizontal plane is equal to $\mu$. ~~At w~~hat
		−	is the lowest tension force~~, $T$,~~ of the rope, the load will start from its place? At
		+	A person of mass $m_1$, remaining in place, pulls a weight of mass $m_2$ with a
		+	rope. The coefficient of friction between the horizontal plane and each object is equal to $\mu$. What
		+	is the lowest tension force of the rope, $T$, at which the load will start to move from its place? At
			what angle to the horizontal plane should the rope be directed?

			### Solution

			![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-0.png)

			![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-3.png)

			![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-1.png)

			![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-2.png)



			#### Answer

			[Insert a concise answer or boxed result]
		unchanged lines 14

	@@ -1,11 +1,11 @@
	### Statement		### Statement

	$2.1.27.$		$2.1.27.$
	![\|398x372, 50%](../../img/2.1.27/statement.png)		![\|398x372, 50%](../../img/2.1.27/statement.png)

	A person of mass, $m_1$, remaining in place, pulls a weight of mass $m_2$ ~~by the~~		A person of mass $m_1$, remaining in place, pulls a weight of mass $m_2$ with a
	rope. The coefficient of friction on the horizontal plane is equal to $\mu$. ~~At w~~hat		rope. The coefficient of friction between the horizontal plane and each object is equal to $\mu$. What
	is the lowest tension force~~, $T$,~~ of the rope, the load will start from its place? At		is the lowest tension force of the rope, $T$, at which the load will start to move from its place? At
	what angle to the horizontal plane should the rope be directed?		what angle to the horizontal plane should the rope be directed?

	### Solution		### Solution

	![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-0.png)		![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-0.png)

	![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-3.png)		![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-3.png)

	![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-1.png)		![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-1.png)

	![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-2.png)		![For problem $2.1.27$ \|1700x2200, 31%](../../img/2.1.27/scan-2.png)



	#### Answer		#### Answer

	[Insert a concise answer or boxed result]		[Insert a concise answer or boxed result]
	unchanged lines 14