how to make an id tag on tinkercad

1. Once you are logged into Tinkercad you will find these shapes on the side of the blueprint.












2. For your starting shape take the box and drag it to the blueprint.

3. Add these dimensions to your box to create your id tag shape that you want.














4. When finished take the cylinder and drag it to blueprint.













5.Change the cylinder from solid to hole if not already done so and put the dimensions in the photo into your cylinder. place the cylinder onto the id tag and make the hole.

6.after you have done that it should look something like this.











 


if you look on at the shapes you will see it says "basic shape". click on it and go to text and numbers. take your initials and correct them to the size you want and place them onto your id tag.once you have done that your id tag is complete.
finished product

Types of leaders

Science:lab safety

Safety: To protect yourself from harm and danger. 

Hazardous: When an object can be dangerous to you.

Meniscus: The curved side of a liquid when it is in a beaker.

 1. Put your bags under your desk.

2. Do NOT run in the laboratory.

3. Do not play with the equipment.

4. Please wear safety glasses when using fire.

hello-goodbye poem

Hello goodbye

Hello to the back to school morning routines.

Goodbye to the long sleep in’s and no alarms.

Hello to 5 days of school and weekends.

Goodbye to feeling like you're on holiday for 7 weeks.

Hello to haircut shops reopening.

Goodbye to being stuck at home with a flat razor that we lost the charger to.

Hello to level 2. 

Goodbye to level 3,4.

Hello to being able to see everyone again.

Goodbye to having bubbles.

ginger gems

ingredients
150g butter
1/2 cup of sugar
2 tsp of ground ginger
1/2 ground  cinnamon
2 Tbsp of golden syrup
1 egg
2 cups of standard flour
1/2 tsp of baking powder
1 tsp of baking soda
1/2 cup of milk

yesterday at tech we made ginger gems. it tasted good even though we accidentally put the oven on 220 degrees instead of 180 degrees. the texture was good and wasnt burnt at all in the inside.

Separating a Mixture using Evaporation:

Aim: To separate the solid from the liquid.

Hypothesis: I think it will boil and evaporate.

Equipment: Copper sulphate solution, 250mL Beaker, heat proof mat, evaporating basin, element. 

Method: 

1. Set up element
2. Add 50mL of hot water to the beaker and place on the element.
3. Add copper sulphate to the evaporating basin until it is quarter full.
4. Carefully, place the the evaporating basin on top of the beaker. 
5. Turn on the element to 8
6. Heat the solution until most of the solvent has been evaporated and crystals of solute are forming. 
7. Turn off the element- careful not to touch as will be hot for a long time.

Observation: I heard the boiling water.

Conclusion: Its gonna evaporate.

Discussion: The mixture heated up and boiled then evaporated.

Evaluation: Use a bigger object to hold it.

safety sign for a workshop

Work shop Safety 

14/2/20

Safety signs

Engineering Fails to watch this video click the link

	Unlike prohibitory signs, mandatory signs tell traffic what it must do, rather than must not do. Most mandatory road signs are circular, may use white symbols on a blue background with white border or black symbols on a white background with a red border, although the latter is also associated with prohibitory signs.
	Prohibited signs:No access for unauthorized persons - Prohibited signs are safety signs which give information about prohibited behavior through a combination of geometrical form and color as well as ambiguous symbols. ... Prohibited signs are indications which forbid dangerous behaviour.
	Hazard symbols or warning symbols are recognisable symbols designed to warn about hazardous or dangerous materials, locations, or objects, including electric currents, poisons, and radioactivity. The use of hazard symbols is often regulated by law and directed by standards organisations.

1. 

Bison Safety Boots Enhanced safety by reduced risk of slips, trips and ankle-roll, and increased toe cap protection. Wide fit sole sizing minimise excess toe space trip hazard, maximise surface area grip contact and eliminate rub-zones and enhance fit comfort. Grip - new Bison Grip nitrile rubber out-sole compound and multidirectional tread design delivers maximum grip on all surfaces Nitrile rubber outsole offers extreme protection up to 300°C. Support with a unique 4 layer heel support system gives enhanced heel and lower leg stability support to prevent ankle roll. Ergonomics - rocker bottom sole design with relived upturned toe and heel section aids forward motion, reduces wearer fatigue, and reduces risk of common toe trip and heel strike slips. Moulded footbed and ergonomic SDVS (Self Dispersing Venting System) compound, with athletic arch support. Provides compression resistant cushioning and improved foot-sole support for long-lasting under-foot comfort. Temperature and moisture management - innovative self venting footbed base and breathable upper-lining combine to enhance heat dispersion and reduce moisture.

Safety boots should be worn in a work shop because

2.

335gsm, 100% Cotton concealed vislon zip Wrap over collar Underarm gusset Adjustable with cuffs Pockets: domed tabbed chest & two sides with cover flap Compliant to AS/NZS 4602.1:2011 - Class D/N & TTMC-W Colour: Orange/Navy

Overalls must be worn in a work shop because

3.

Single piece wrap-around styling Close fitting for added protection Rubber side arm tips for comfort and grip Anti-Fog and Anti-Scratch on both sides of the Lens Certified to AS/NZS1337.1:2010 Medium impact

Glasses must be worn in a workshop because

4.

Large dimension range Comfortably fits a wide range of head sizes Wide cup opening Ideal for workers with larger ears, or who wear hearing aids Memory foam ear cushions New unique memory foam that combines denser and softer foam than previous models, for greater comfort and attenuation Robust construction An oil-resistant cup surface to withstand oily, heavy-work environments and frequent cleaning Air Flow Control Technology Honeywell s Air Flow Control technology, for optimum attenuation across all frequencies Designed for use with other PPE Easy to use and integrate with Honeywell hard hats and face shields Class 5 SLC(80) 27dB Uses Hygiene Kits 427691

Earmuffs must be worn in a workshop because

5.

- Mask painted in Zytel in high heat resistant polyamide - Adjustable head band - Variable tint 5-8/9-13, auto darkening - Fine adjustment and progressive sensitivity - Four independent sensors - XL field of vision - 100 x 53mm - Solar power - High Impact rated to EN166 and EN175 Standards - Lightweight: 247 grams

Welding mask must be worn because

6.

A quality glove for protection under high temperatures. 45cm long heat resistant split leather double stitched with kevlar thread. Thick thermal lining down to the wrist. Top of the glove can be closed around the forearm with a velcro strap. Specifically used around furnaces or forges and rated in temperatures up to 500°C Designed in New Zealand Ideal applications: Metal Refinery

Gloves must be worn because