✅ 3-4-5 METHOD 🔥 How To MAKE a PERFECT Right Angle

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✅ BUILDING a TINY House 💪🏼 Part 1 HOW to Prepare the GROUND and MOUNT a Floor With WOODEN Beams
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• ✅ Building A Ground Le...
In this video you will see how to make a perfect square outdoors.
You need a meter, a string, some tips and some sticks.
You will also be able to see how to extend the line of a wall with a string.
🔵 Guide to help you analyze the budget: www.tutorialcre...
Tools we usually use:
- One level: amzn.to/3BgU8cD
- Laser level: amzn.to/3rGZqK2
- Laser level: amzn.to/3rGUQeD
- A pen: amzn.to/3rmnLVu
- One meter: amzn.to/3etCB7h
- A cutter: amzn.to/2VS7xrb
- A pencil: amzn.to/3zbzI2P
- A drill: amzn.to/36IMtFJ
- 5 Bit: amzn.to/3eRsU2P
- A screwdriver: amzn.to/3exW4nm
Video transcript:
Very good!
Today we are going to see how to make a perfect square with the help of some string and the ruler, thanks to the Pythagorean Theorem.
We owe this formula to the philosopher and mathematician Pythagoras.
In this case, what I'm going to build I want to be parallel to this wall. I'll get a reference line.
We hooked a string on the end and passed it through the wall.
We tighten the cord and move it until it is in line with the wall.
We pay attention that the string is with the same separation along the wall.
Now we are going to move the reference line to where we need it.
We stick a stick.
We measure how far we want our construction to go.
We nail one stick at the same distance from the string as the other.
We drive a nail just in the measurement.
We hook a string and take it to the other pole.
We tighten the string and tie it on the nail.
Now we take something that has two squared sides to help us approximate the square.
We put one of the sides of the wood in line with the string.
On this side we take the string and put it in line with the wood to know more or less where to nail the sticks.
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We nailed two sticks to be able to make an easel.
We tighten the string and tie it.
The easel is to be able to move the string easily.
We move the cord until it is in line with the wood and thus approximate our square.
We measure on the reference line just from the corner 4m and drive in a stick.
We mark just 4m and drive a nail right where the mark and the string line intersect.
On this side we measure 3m right from the corner.
We tie a piece of string to be able to mark the 3m well.
Now we hook the meter on the 4m side and we go to the 3m mark and the measurement has to be 5m.
As we can see, it exceeds 5m.
What we have to do is move the cord on the easel until it reaches 5m.
We drive a nail to mark the line, and thus prevent us from inadvertently moving the string.
Squad ready and perfect.
We will check with the laser if the square matches the same.

[@josepepe22]

Eres un máquina. Enhorabuena. Esta casa desde cero la has realizado en base a unos planos con medidas concretas. Hay posibilidad de hacerme con ellas para intentar hacérmela yo. Un abrazo.

[@JopySeven92]

Good work

[@user-qg1nu6xe7p]

Guy's Pythagorean Theorem. It comes the place I am coming from. 😊😊 SAMOS GREECE

[@Delyan_Videvski]

Very useful! Thanks!

[@nathanmayeno250]

Magnifique

[@user-ot1nd3iv1o]

Este tipo é simplesmente fantástico!!!

[@mohammedsahadak8914]

Great way✅️✅️

[@simonable]

mantığı nedir

[@ibrahimcabdi5237]

what is the name of this instrument?

[@lukazleong]

Clever boy

[@Wanderfalke1962]

60 - 80 - 100 😉

[@TeamGamesBrasil]

80cm x 60xm = 1m muito mais simples.

[@fernandosaldana1556]

😂😂😂😂La presentación esta mal de narices. Las medidas erróneas en la presentación. Los catetos deben ser 3 y 4. La hipotenusa es 5. En la presentación colocan la hipotenusa 4. Madre mía!😮

[@K-Plsek]

Pfusch Pfusch.

[@dmouraamericodemoura7757]

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