Covering coat hangers with yarn is a creative way to transform old hangers into decorative, non-slip wardrobes accessories. To start, select a yarn color or pattern that matches your decor. Secure the end of the yarn to the hook base with a knot, and apply a dab of glue for extra hold. Tightly wrap the yarn around the entire hanger, ensuring no space is left between the wraps to fully cover the hanger’s surface. When you reach the end, tie the yarn off and apply another dab of glue to secure it. For added flair, consider embellishing your yarn-wrapped hanger with beads or crocheted flowers. This DIY project not only recycles old hangers but also adds a personalized touch to your closet.

Blocking handspun yarn is essential to relax the fibers and enhance the stitch definition, resulting in a finished project that looks professional and is more pleasant to the touch. First, soak the yarn or finished knitting/crochet item in lukewarm water with a bit of gentle soap for about 20-30 minutes. This allows the fibers to absorb water and become pliable. After soaking, carefully remove the item without twisting or wringing to avoid felting, especially if it's wool. Roll the item in a towel and press gently to remove excess water. Next, lay the item flat on a blocking mat, shaping it to the desired measurements and dimensions. Use rust-proof pins to hold edges in place if necessary, especially for lace or items that require stretching to showcase their pattern. Allow the item to air dry completely. Blocking wire can be useful for straight edges or large pieces. Remember, the method can slightly differ depending on the fiber composition of your handspun yarn, so adjust accordingly.

Yes, it is possible to eject electrons from titanium metal. This is typically achieved through a process known as the photoelectric effect, where photons (light particles) with sufficient energy strike the surface of the titanium, imparting enough energy to the electrons to overcome the work function of the metal - the minimum energy needed to remove an electron from the surface. The work function varies among different materials, and for titanium, photons with energies corresponding to the ultraviolet range are typically required. Additionally, electrons can also be ejected by applying a high enough voltage, causing field emission. This principle is utilized in various applications, including electron microscopy and photovoltaic cells, where the movement of electrons is necessary for the device's functionality.