Please list what you have learnt in Induction Week 2.
Are you enjoying the course so far?
1.
2. This week I have learnt all of Newtons 3 laws, his first law is that a body remains in a
state of rest or motion until a force is applied in the opposite direction. Newtons
second law is that the change in momentum is proportional to its rate of acceleration.
Finally his third law is that for every reaction theres an equal and opposite reaction.
3. The force of gravity is 9.81 newtons.
4. This week I have started my abrasive wheels training.
5. I have done a safety workshop tour.
6. I can now use the gillouteen, power hacksaw, bench grinder and pillar drill.
7. I know what centripetal force and centrifugal force is and how and when they are
applied.
8. I now understand vectors,
9. I have practiced pythagoras theorem & trigonometry
10. We have worked out practical scientific math problems to do with uniform acceleration.
11. What pascals are.
12. How to fill in a risk assessment.
13. I have applied standard form in real life math problems
14. Momentum
15. That acceleration is measured in m/s^2 (metres per second squared)
16. I now know that brass is made from copper and zinc.
17. How to correctly use a file.
18. It takes as little as 2 millivolts to kill you.
19. Most construction site power tools are 110v ass there is less chance of dying from
electric shock from it.
20. I know now what an SI unit is.
21. The agreed international unit of measurement for temperature is kelvin.
22. covalent bonding
23. ionic bonding.
24. The components of an atom.
25. The charge of a quark.
26. How to convert miles into kilometres.
27. A squared = B squared = C squared.;
28. How to check angle grinding disks for damage.
29. That an angle grinding disk has an expiry date.
30. What PPE you must wear when grinding.
31. The difference between torque and horsepower
32. How the victorians invented horse power and where it originated from.
33. How to copy engineering drawings onto material.
34. You can get grinding disks up to 14” sizes.
35. What oversteer and understeer is.
36. How Allan crashed his mk2 escort into a telephone pole.
37. Im enjoying the course and want to stay.
2.
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inertia
velocity
newtons
acceleration
uniform acceleration
centripetal force
centrifugal force
atmospheric pressure
pascal
vector quantity
trigonometry
pythagoras
pressure in a fluid
how to use hand tools safety
about abrasive wheels
newtons 1st law
newtons 2nd law
newtons 3rd law
how to read and interpret engineering drawings.
how to draw a working drawings
About the atomic structure
about standard form
how to fill out a risk assessment
that 2 millivolts can kill you
how to check that a piece of metal is square
mass is independent of gravity
weight is dependant of gravity
Covalent bonding is where the atoms share electrons
ionic bonding is where the atom takes an electron from another atom
ions have an electric charge due to the loss or gain of one or more electrons.
angle grinders come in 14’ sizes
Risks are assessed from 1-5 1 being very unlikely 5 being certain injury.
acceleration is measured in m/s^2
i have learnt what an SI unit is
the force of gravity is 9.81 newtons.
3.
This week i have learnt about:
- how to write a risk assessment
- trigonometry
- i have also learnt what a hazard and a risk is
- i’ve also learnt what makes a pillar drill hazardous
- i have also learnt how to set out an assignment
- i have also learnt what ppe you need to wear when using a grinder
- i have also learnt what different types of grinders you can get
- that grinder blades/ discs have an expiry date
- how to change a grinder blade/ disc
- that you need to have the correct speed blades/discs with the correct grinder
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4
newtons 3 laws
the unit of temperature is kelvin
and all the different types of units
that mass is independent to gravity and weight is gravity pull
how to mark out a spanner
how to draw out a quick sketch to copy while in the workshop
that copper + zinc = brass
ionic bonding
covalent bonding
what oversteer and understeer is
mass in kg multiplied by the velocity in meters per second
force at one newton - mass 1 kg - 1mps
uniform acceleration (m/s) - initial velocity divided by time
the effect of the force will depend on the mass
vectors
centripetal forces
some maths as well
initial rating
actions to reduce the risk with a pillar drill
atmosphere pressure
even in the second week im still happy with the course.
forgot password duh.
5.
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This week I have learnt:
that protons, electrons and neutrons are made of three quorks
how to use angle grinders properly
learnt how to file properly
did the safety in the workshop, finding the 30 faults
started the grinding with colin
newtons three laws
forces, such as inertia, and velocity
a2+b2=c2
right angled triangles
soh, cah, toa
vectors
how to use hand tools safely
risk assessment for a pillar drill and how to fill it out
the different sizes of grinders and the different types of discs
SI units
copper+zinc=brass
mass is independant to gravity
weight is gravity dependant
building sites use 110v transformers as it is less dangerous
gravity is 9.81 newtons
how to use non scale engineering drawings
don’t drop squares as they will be broken
E=mc2
i am still enjoying the course
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6 This week I have learnt:
About good housekeeping in the workshop
Seen health and safety risks in a workshop
Listing hazards etc
How to use a angle grinder in the correct manner
listed the risks using a pillar drill
how to use grinding stone to sharpen tools
filing in the correct manner and checking work is square
newtons 3 laws 1 a body continues at a constant speed untilll another force
acts upon it. 2 the rate of change of momentum if a body proportional to the
applied force 3 every action there is a equal and opposite reaction
how to fill in a risk assessment properly
right angle triangles
force (N) Newtons
mass Kg
Intertia
converting units of measurement MPH to KM to M/S
Vectors
Velocity acceleration
Mass/weight
Mass=Inertia
reading mechanical drawings
different grinding discs (Stone metal Cutting grinding)
how to work out angles of triangles
Overall I am happy doing this course taking each week as it comes
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8
Newtons three laws.
Spotting safety hazards in the workshop.
How to file correctly.
force equations - Mass x acceleration= momentum - Mass x acceleration= force.
Trigonometry.
converting MPH into m/s.
Risk assessments.
How to interpret mechanical drawings.
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How to safely operate an angle grinder.
What different angle grinder disks are used for.
Angle grinder disks have expiry dates.
How assessments should be laid out.
Centrifugal force.
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Centripetal force
Vectors.
How to correctly mark out mechanical drawings onto material.
three pin pluggs on power tools means that they are 240V.
Common angle grinder disk sizes, 4.5 inch, 7 inch, 9 inch.
Disk thickness- 4.5mm for grinding disks, 2mm cutting disk, 1mm thin slitting disk.
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● 9 this week i have learnt
● newtons three laws,
● law 1 = a body continues at a constant speed in a straight line unless it is acted
on by an external force.
● law 2= rate of change of momentum of a body is proportional to the applied
force and takes place in the direction of that force
● law3= to every action there is an equal and opposite reaction
● inertia
● force(N)=mass(kg) x acceleration (m/s/s)
● mass(kg)
● acceleration (m/s/s)
● momentum= mass (kg) by velocity in metres per second ‘(kg/m/s)
● speed=m/s
● uniform acceleration (m/s/s) change in velocity (m/s) / time(s)
● trigonometry
● sin rule
● cosine rule
● pythagoras
● risk assessment
● abrasive wheel training
● listed the different grinder disc
● protons
● neutrons
● electrons
● atoms
● atomic bonding
● covalent bonding
● ionic bonding
● metallic bonding
● cathods
● conductivity
● quantum physics.
● gravity=9.81 newtons
● vectors
● animal care steal all of our classrooms
● the course is all going well and i look forward to continuing on to the end off
the course.
10)
This week i have learnt:
● What all three of newtons are and understand them.
● what atoms are made from and how they work.
● protons, neutrons, electrons
● what most of the different forces are and how they act on us.
● how to correctly draw a plan for marking out metal.
● mass is independent of gravity whereass weight is.
● how to use a angle grinder saftley
● how to fill out a risk asessments.
● that a grinding disc should not be used if it is out of date.
● how the assessments should be layed out.
● about health and safety in the workshop
● what the risks are of hazardous things.
● how to properly install a disc on a angle grinder.
● that you should wear ear defenders in the grinding room.
● that you should were the bench grinding wheel down evenly
● all P.T.O shafts should have cover on when not being used.
● 8.91 is gravitys strength
● J is jouels
● W is watt
● N is newtons
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11.
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This week I have learnt:
About forces and pressure
The three of Newton’s laws
Acceleration and how to calculate it
The structure of protons and neutrons
How to lay out an assessment properly
About how to use grinders and safely how to identify different discs
How to stop all the hazards in a workshop
How to draw out an engineering diagram