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Gather the supplies. The most difficult thing to find is a piece of plastic or plexiglass. You want a non-porous surface for your plate. You could use glass, but I don't like to mess with it.

 

UPDATE: You can use unflavoured gelatin to make a plate, instead of plexiglass or plastic [link].

It's not easy to make clothes for small clothes and it's not easy to design patterns, but this could be a good start!

Where do the images come from in a stereographic projection? here is the answer.

 

This is a ripoff of manu's image, with gadl's comment included.

Mark a 1-inch fold line on the longside of the printer paper. If you're using a different sized template, use half the height.

 

(I have a 2-inch template, so I used a 1-inch fold line).

En el tutorial de hoy aprenderemos a darle vida al logotipo de instagram con arcilla polimérica y una serie de pasos muy sencillos.seguir leyendo

 

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Preparing to make a pair of earrings using a pretty pair of petrified palmwood cabs.

From: How to solve conundrums, containing all the leading conundrums of the day, amusing riddles, curious catches, and witty sayings. A complete book (1900).

 

[Digital Library link]

Illustration from an article about zener diodes, located here.

Step 1: Choose a small pot with a fitting lid and place on the stove top.

Step 2: Place 1 Cup of Rice in the pot.

Step 3: Add 1/2 teaspoon of Salt.

Step 4: Place 2 Cups of Water in the pot.

Step 5: Turn burner onto highest setting.

Step 6: Bring to a boil.

Step 7: Boil Rice for about 5 minutes, or until the water has reduced and there are only small foaming bubbles on the top of the Rice.

Step 8: Reduce heat to low and cover the pot with a lid.

Step 9: After about 5 minutes of cooking, lift lid to check. You should not hear any frying or crackling noises. If you do, add about 2 Tablespoons of water.

Step 10: To check the status of the Rice, instert a spoon until it touches the bottom of the pot.

Step 11: Pull out the spoon, some rice will stick to it, and taste the rice. Depending on the type of rice (long grain, short grain, bastmati, etc.), the rice will either be half way done or only a few minutes away from completion.

Step 12: Re-cover the pot and check every 2-4 minutes for desired done-ness. The Rice should cook on low for 7-15 minutes total depending onthe type of Rice you are cooking.

Step 13: Repeat steps 10 and 11 to check for done-ness. The longer you let the Rice cook, the stickier it should get.

Step 14: Fluff the Rice by stiring it with a spoon. The Rice can be eaten right away or be incorporated into another dish.

 

This recipe makes 3 1-Cup Servings.

This is the inside of the wifi detector.

I like to whipstitch my my binding/back-side hexagon (in blue) to the quilt top hexagons (in white) in two phases: (1) sew along all the blue & white hexagons with white thread, and (2) attach the blue hexagons to each other with blue thread. I place a blue hexagon on top of a front-side hexagon (white) with the right sides facing. And then use a whipstitch to attach the blue hexagon to the white hexagon. I pick up another blue hexagon, and do the same. In this way, you'll have a bunch of blue hexagons attached to the white hexagons, but then they won't be connected to each other. Then, I use some blue thread to whipstitch the touching blue edges together, making sure to reinforce the corners where the four hexagons meet.

 

Sometimes I have to take out a hexagon's paper and undo its basting to reshape it to fit its neighbor hexagon. If you're using hand-made hexagon templates, you might have to do the same!

 

It's important to notice that this process is slightly different from piecing a hexagon quilt as you want the blue hexagons to overlap exactly with the white hexagons on which they're placed.

Cut the paper hexagons along the lines that you drew, as shown.

 

These cool mini photo frames are made from vintage belt buckles!

reverse crochet technique - tutorial in one minute.

Last time I used white paper on the left and right of the glass. The rims get their lights from the left and right as the background and the paper on the left and right are not entirely together.

 

If you want to do it properly check out this picture.

 

strobist info:

SB-900 with diffusion dome behind black paper, -0.3EV, camera -2.7EV and @f11 to eliminate the rest of the ambient light. Triggered with the camera's internal flash.

Now you can flip the blue hexagons right-side-out, so they fold underneath the quilt top and over the batting and backing.

Framed out the base with 2x8's added a couple braces for good measure.

A sample page from the COMMERCIAL PHOTO SERIES book "Lighting of Pro" (translation)

The most frequently asked question - How to choose a front door color? There is no single answer, but in our article, we tried to elucidate all nuances of choice!

Check out goo.gl/EaeRFH

Cut little diamonds out of the center of the paper hexagons. You'll need to place a pin through the holes, but don't make the diamonds too large.

 

Keep making more paper hexagons by following steps 2-5. You can always make more if you run out.

 

This image shows where the wifi detector circuit and the squishy switch are hidden.

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www.voiceofglobe.com/tasty-colorful-muffins/

those are two methods I know to make "nodo alla tessitora" (? weavers knot ?)

Illustration from an article about zener diodes, located here.

This series of images will guide you through modifying an HS-311 servo to give continuous rotation in either direction, with a degree of speed control.

The modification is non-reversible, but these servos are cheap as chips so this shouldn't be a big worry.

Connect the servo to your microcontroller (here an Arduino) and tell it to move to position 0 (i.e., a pulse width of 1500µs). The gears should start spinning, unless it was previously at 0.

Now superglue the tab in place. Use lots of superglue! This is the second non-reversible step. If you accidentally move the tab a bit, you should still be able to fix it. If not, don't panic, you can fix it in software later.

Using tweezers, move the potentiometer tab until the gears completely stop moving. Be as accurate as possible, though you can compensate for it not being dead centre in software later.

well not really, i sure know the F-16 much, MUCH better than this stuff!

i scored some really old equipment (oscilloscope and pulse generator), but i have no idea how to use it. cant even produce a sine wave as-is. :(

any ideas are welcome, of course.

 

well, at least those things smell strongly of electronics when in operation. so yeah, i think i'll just go to sleep while smelling their scent of nerdyness for now. =)

 

ps: will reply to other stuff in the next few days.

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