3239: Simple Machines - Revision history

81.179.199.253: /* Explanation */

2026-04-29T20:34:18Z

‎Explanation

81.179.199.253: /* Explanation */ Missed a )!

2026-04-29T20:33:10Z

‎Explanation: Missed a )!

81.179.199.253: /* Explanation / Added how they might not*, ideally, need to be interacting. Also minor format changes.

2026-04-29T20:31:43Z

‎Explanation: Added how they might *not*, ideally, need to be interacting. Also minor format changes.

81.179.199.253: /* Explanation */ Some tweaking of the first paragraph. (More "&" usage changed to "and", too.)

2026-04-29T20:24:14Z

‎Explanation: Some tweaking of the first paragraph. (More "&" usage changed to "and", too.)

SDSpivey: /* Explanation */

2026-04-29T19:33:39Z

‎Explanation

GSLikesCats307 at 19:21, 29 April 2026

2026-04-29T19:21:01Z

138.67.132.6: Changed the Milwaukee link to lead to the corperation, not the city

2026-04-29T19:10:34Z

Changed the Milwaukee link to lead to the corperation, not the city

Orion205 at 18:19, 29 April 2026

2026-04-29T18:19:14Z

Solid Kalium: /* Transcript */ improve description of spatial layout

2026-04-29T18:18:21Z

‎Transcript: improve description of spatial layout

Dry Paratroopa at 18:09, 29 April 2026

2026-04-29T18:09:03Z

@@ Line 11: / Line 11: @@
 ==Explanation==
 {{incomplete|This page was recently purchased from DeWalt, and we're still reading the manual. Don't remove this notice too soon.}}
-There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself). This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
+There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers and/or wedges, depending upon use) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself). This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
 Having one of these "all-in-one" devices does not mean it does everything you can do with different combinations &mdash; the choice of components and how they interact (or don't get in each others' way) is important for the function of a particular device.

@@ Line 11: / Line 11: @@
 ==Explanation==
 {{incomplete|This page was recently purchased from DeWalt, and we're still reading the manual. Don't remove this notice too soon.}}
-There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself. This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
+There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself). This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
 Having one of these "all-in-one" devices does not mean it does everything you can do with different combinations &mdash; the choice of components and how they interact (or don't get in each others' way) is important for the function of a particular device.

@@ Line 13: / Line 13: @@
 There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself. This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
-Having one of these "all-in-one" devices does not mean it does everything you can do with different combinations -- the choice of components and how they interact is important for the function of a particular device.
+Having one of these "all-in-one" devices does not mean it does everything you can do with different combinations &mdash; the choice of components and how they interact (or don't get in each others' way) is important for the function of a particular device.
-There are obvious drawbacks to having this 'all-in-one' tool. The tools all have varying uses, some very different from one other, and you would find it unlikely to find many devices in need of all the tools together in a spot. So such a tool would be largely useless compared to its singular variants. As well as that, the tools come in many different sizes as well, meaning unless it has special adjustable sizes (which could well be impossible, to account for all the different sizes{{citation needed}}) the tool would be unlikely to be the right size to fit many features! As well as that, though [[Randall]] claims he can stop buying simple tools thanks to his all-in-one, in reality you often need more than one of the various tools for projects- particularily screws, of which there can be hundreds in a single project. So a thoroughly useless innovation.
+There are obvious drawbacks to having this 'all-in-one' tool. The tools all have varying uses, some very different from one other, and you would find it unlikely to find many devices in need of all the tools together in a spot. So such a tool would be largely useless compared to its singular variants. As well as that, the tools come in many different sizes as well, meaning unless it has special adjustable sizes (which could well be impossible, to account for all the different sizes){{Citation needed}} the tool would be unlikely to be the right size to fit many features! As well as that, though [[Randall]] claims he can stop buying simple tools thanks to his all-in-one, in reality you often need more than one of the various tools for projects- particularily screws, of which there can be hundreds in a single project. So a thoroughly useless innovation.
 The title text is a joke about what brands to choose. {{w|Milwaukee Tool}} and {{w|DeWalt}} are two common tool companies. The text points out that as both companies have advantages in certain simple tools, then deciding which to use for an all-in-one tool would be difficult. This is also likely a reference to the problem of choosing which tool company to use. As for battery powered tools, the batteries are not usually interchangeable, so once you buy a few tools from one company, you are stuck using only that company, as you already have "spare" batteries for all of the tools.

@@ Line 11: / Line 11: @@
 ==Explanation==
 {{incomplete|This page was recently purchased from DeWalt, and we're still reading the manual. Don't remove this notice too soon.}}
-There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} & {{w|Screw (simple machine)|screw}}. Additionally, often for various purposes all-in-one implements are made with all the features - a notable example being the classic {{w|Swiss Army Knife}}. This comic combines them, suggesting the existence of an all-in-one instrument with all 6 simple tools - Although, artistically enough, the tool shown combines the lever & inclined plane into one rod, so it's actually only 5 of the tools - which is a concept not existing in real life{{citation needed}}.
+There are a lot of simple tools used to give a mechanical advantage in various things. The 6 most common ones are called {{w|simple machines}}: a {{w|lever}}, {{w|wheel and axle}}, {{w|pulley}}, {{w|inclined plane}}, {{w|wedge}} and {{w|Screw (simple machine)|screw}}. Additionally, there are all-in-one tools that are made with multiple features, such as classic {{w|Swiss Army Knife}} that combines various different forms of blade (which in part act as levers) along with some non-bladed tools (such as the corkscrew, which naturally embodies the same forces as the 'simple screw' itself. This comic combines both ideas, suggesting the existence of an all-in-one instrument with all six simple tools. The tool shown merges them by mounting multiple components (no longer being quite so a 'simple' machine), some of them with multiple purposes depending upon application. For example the lever and the inclined plane are both present via the same core rod.
 Having one of these "all-in-one" devices does not mean it does everything you can do with different combinations -- the choice of components and how they interact is important for the function of a particular device.
-There are obvious drawbacks to having this 'all-in-one' tool. The tools all have varying uses, some very different from one other, & you would find it unlikely to find many devices in need of all the tools together in a spot. So such a tool would be largely useless compared to its singular variants. As well as that, the tools come in many different sizes as well, meaning unless it has special adjustable sizes (which could well be impossible, to account for all the different sizes{{citation needed}}) the tool would be unlikely to be the right size to fit many features! As well as that, though [[Randall]] claims he can stop buying simple tools thanks to his all-in-one, in reality you often need more than one of the various tools for projects- particularily screws, of which there can be hundreds in a single project. So a thoroughly useless innovation.
+There are obvious drawbacks to having this 'all-in-one' tool. The tools all have varying uses, some very different from one other, and you would find it unlikely to find many devices in need of all the tools together in a spot. So such a tool would be largely useless compared to its singular variants. As well as that, the tools come in many different sizes as well, meaning unless it has special adjustable sizes (which could well be impossible, to account for all the different sizes{{citation needed}}) the tool would be unlikely to be the right size to fit many features! As well as that, though [[Randall]] claims he can stop buying simple tools thanks to his all-in-one, in reality you often need more than one of the various tools for projects- particularily screws, of which there can be hundreds in a single project. So a thoroughly useless innovation.
 The title text is a joke about what brands to choose. {{w|Milwaukee Tool}} and {{w|DeWalt}} are two common tool companies. The text points out that as both companies have advantages in certain simple tools, then deciding which to use for an all-in-one tool would be difficult. This is also likely a reference to the problem of choosing which tool company to use. As for battery powered tools, the batteries are not usually interchangeable, so once you buy a few tools from one company, you are stuck using only that company, as you already have "spare" batteries for all of the tools.

@@ Line 17: / Line 17: @@
 There are obvious drawbacks to having this 'all-in-one' tool. The tools all have varying uses, some very different from one other, & you would find it unlikely to find many devices in need of all the tools together in a spot. So such a tool would be largely useless compared to its singular variants. As well as that, the tools come in many different sizes as well, meaning unless it has special adjustable sizes (which could well be impossible, to account for all the different sizes{{citation needed}}) the tool would be unlikely to be the right size to fit many features! As well as that, though [[Randall]] claims he can stop buying simple tools thanks to his all-in-one, in reality you often need more than one of the various tools for projects- particularily screws, of which there can be hundreds in a single project. So a thoroughly useless innovation.
-The title text is a joke about what brands to choose. {{w|Milwaukee Tool}} and {{w|DeWalt}} are two common tool companies. The text points out that as both companies have advantages in certain simple tools, then deciding which to use for an all-in-one tool would be difficult.
+The title text is a joke about what brands to choose. {{w|Milwaukee Tool}} and {{w|DeWalt}} are two common tool companies. The text points out that as both companies have advantages in certain simple tools, then deciding which to use for an all-in-one tool would be difficult. This is also likely a reference to the problem of choosing which tool company to use. As for battery powered tools, the batteries are not usually interchangeable, so once you buy a few tools from one company, you are stuck using only that company, as you already have "spare" batteries for all of the tools.
 ==Transcript==

@@ Line 20: / Line 20: @@
 ==Transcript==
-{{incomplete transcript|Don't remove this notice too soon.}}[A tool is shown, with a hook attached to string, going around a pulley before linking up to a handle, which in turn links to the pulley. There is also a wedge end to the tool, and a screw on the other end.]
+{{incomplete transcript|Don't remove this notice too soon.}}[A rod with a square cross-section is shown sloping from top-left to bottom-right. At the bottom-right, it has a wedge tip. At the top-left, it is threaded and has a long nut on it. The nut has an eyelet where a rope is connected. The rope travels taut around a wheel on an axle connected near the wedge-end and then lies loose with a hook on the free end.]
 [Caption below comic:]