A straw has one continuous hole that runs from one end to the other. This single hole allows liquid to flow through it. Although it may seem like there are two openings, they are connected by the same tunnel, making it one hole.
Only one. It starts at one end and ends at the other.
because when you suck up the liquid, it will just go right through the holes.
Put the straw in the laundry or wire mesh basket and submerge it in the hot water that is between 160 - 170 degrees Fahrenheit. Let the straw cool and drain after it is removed. Next, break mushroom spawn into small pieces, mix it in with the straw and place the contents in a bag with small holes perforated. The mushrooms will grow out of the sides of the holes.
Sound is produced in a straw flute when air is blown across the opening at one end of the straw, creating vibrations in the column of air inside. The pitch of the sound is determined by the length of the straw and the placement of finger holes, which alter the effective length of the vibrating air column. When the holes are covered or uncovered, the frequency of the vibrations changes, producing different notes. Essentially, the movement of air and the manipulation of the straw's length create musical sounds.
There is one syllable in the word 'straw'.
The One-Straw Revolution has 252 pages.
Straw Men - novel - has 321 pages.
The last one. The last piece of straw is what you need to complete the roof.
The wind you create by blowing through it whistles through the holes in different ways depending on the ones you cover. The holes create the sounds - otherwise it would be similar to blowing through a straw.
That's because you suck in air instead. From an energy standpoint, energy gets wasted by the incoming air. But if the holes are rather small, and you suck strongly, you might still manage to suck in some liquid. Actually this is rather easy to explain, when you suck at a straw, you create a vacuum in your mouth. This makes the nearest molecules flow there. Like high and low pressure zones that create wind flows. But then with water via a straw. When there are holes in your straw, the first thing that is getting sucked in, is the air around you and the straw. Basically, you are wasting energy. The best thing to do is just get a new straw and enjoy your drink!
Air is able to pass through the straw-and-tissue apparatus due to the porous nature of the tissue paper. The tiny holes in the tissue paper allow air to flow through, while the straw provides structure and support to maintain the shape of the apparatus.
it means: the last staw