Yearly exam- Yr 8 Flashcards
Impact of technology on woodworking- How does the recent design software impact woodworking?
For both laser cutting and 3D printing, computer-aided design (CAD) software has revolutionised the planning phase of woodworking projects. Woodworkers can create detailed plans and visualizations before cutting any material, allowing for better project management and reducing the likelihood of errors. The creation of your design can be done digitally through a G-code file easily without mistakes and with efficiency.
Impact of technology on woodworking- How do precision and efficiency impact woodworking?
The advanced machinery and CAD software, allow complex designs to be put directly into the machine without the inaccuracy, errors and misalignments that can be made with human hands, reducing waste. The laser-cutting process is also speedy, allowing for high-volume production in a short period.
Impact of technology on woodworking- How does automation impact woodworking?
Many woodworking processes have been automated, from cutting to finishing. Automated machines can handle repetitive tasks and they do not require the constant attention and skill of the operator, freeing up time for other tasks which is helpful for busy businesses.
Impact of technology on woodworking- How does the recent materials and techniques impact woodworking?
Laser technology can be used on a range of materials such as metals, paper, cardboard, wood, textile, steel, glass and some plastics/acrylics which expands the possibilities for woodworking. These, advancements in materials and finishes improve durability and aesthetic appeal.
Impact of technology on woodworking- How does the woodworking impact sustainability on the environemnt?
Technology has also contributed to more sustainable practices in woodworking, such as laser marking which is where designs can be engraved directly onto materials, eliminating the need for extra resources. 3D printing also minimises the use of materials as the design is already curated before making and the design is completely done by machinery, minimising waste. They also have low maintenance costs and low energy consumption.
Impact of technology on woodworking- How does the recent technology impact woodworking training and education?
Online courses and video tutorials have made woodworking more accessible to beginners but also the simple usage of the machinery allows for beginners to easily learn woodworking. Aspiring woodworkers can learn skills and techniques at their own pace, broadening the reach of the craft.
define the word hazard
A hazard is a source or a situation with the potential for harm in terms of human injury or ill health, damage to property and damage to the environment.
Safety in the workshop- In woodwork-
Shoes with solid soles & sturdy leather uppers must be worn. Loose-fitting pieces of clothing and jewellery may get caught in a machine, so must be restrained or removed. You must wear a navy workshop apron. When operating a machine, personal protective equipment such as safety glasses must be worn & long hair must be tied back. Wear a breathing mask & eye protection for sanding. No food or drink near the machines. People who are not currently using the machine have to step behind the yellow barrier tape. Clean and Pack up the machine or tool and turn it off when not in use.
Safety in the workshop- In the sewing room-
Store scissors closed and hand them to another person with the handle facing away, Remove pins from fabric during sewing and store carefully, Sew at a moderate pace (not too fast), Turn off the iron after use and unplug from the wall. Do not rest it lying down on the ironing board, Replace the needle after a few hours of use.
6 Safety In the kitchen-
Spills- clean up straight away before someone slips or hurts themselves,
Sharp equipment- hold the knife down to the side when carrying it around the room and be careful when cutting (don’t put your hands near the knife)
Heat- use oven mitts when handling hot food, do not put your hands near the gas stove, open the oven, or touch the tray without oven mitts.
Pot handles- turn handles inside so people don’t knock them over, Don’t leave the stove unattended
Surroundings- Check for combustible materials around a hot surface such as teatowels or oven mitts as they could catch on fire. Keep a fire extinguisher near the kitchen. Do not distract your friends or get distracted when working with knives, or other sharp objects, or near heat (pots, pans, oven and the stove).
Clothing- Shoes with solid soles & sturdy leather uppers must be worn in case hot water or sharp objects are dropped. Loose-fitting pieces of clothing and jewellery must be removed and hair must be tied back when cooking as these things can get caught, causing hazards. You must wear a white apron.
How to classify fibres.
Until approximately 100 years ago, the only fibres available for use were natural fibres (plant- cotton and linen and animal- wool and silk). Over the years, scientific experiments & technological advances have resulted in the development of manufactured fibres. These manufactured fibres are made either by chemically altering natural substances, we call these regenerated fibres (acetate and rayon), or by mixing chemicals to make what are called synthetic fibres (polyester and nylon).
what are the characteristics and uses of woven fabrics
Weaving is the process of making fabric (cloth) by interlacing two or more yarns.
A woven fabric is a stable fabric.
Some uses are:
Bedsheets, curtains, towels, clothing, upholstery, placemats, tablecloth.
what are the characteristics and uses of knitted fabrics
Knitting is the process of interloping one or more yarns to form a fabric.
A knitted fabric is a stretch fabric.
Some uses are:
Beanies, stockings and socks, underwear, swimwear, leggings, leotards, activewear.
what are the characteristics and uses of non-woven fabrics
Non-woven fabrics are produced directly from felting. Fibres are laid down at random and bonded together by heating, glueing or stitching.
Some uses are:
Insulation, carpet underlying, interfacing for clothing, hats, crafts, car interiors.
How cotton gets from the field to how it is used by us:
In tropical countries like India, planted cotton Squares (flower buds) develop several weeks after the plant starts to grow, with flowers appearing a few days later. The flowers then drop, leaving a ripening seed pod that becomes the cotton ball after pollination. When mature, the crop is picked and ginned, a process that separates the cotton fibre from the seed. The seed is used to make animal feed and cooking oil. The fibre goes to spinning wheels, which is turned into yarn, which is knitted or woven and eventually dyed- then transported on ships to countries around the world.
The characteristics of a cotton plant:
Cotton is grown commercially as an annual shrub and reaches about 1.2 metres in height. Its leaves are broad and heart-shaped with coarse veins and three to five lobes. The plant has many branches, with one main central stem. The cotton plant’s taproot reaches a depth of 1.5 metres.