IP Conclusion

in our project we finished the model but missing some Sizes of programming in which already started the stress of it all. as we still need more to have left incomplete as the dissertation and article but hopefully finish this on time and avoid problems. partly because my computer is very stressed but you are throwing wanted to finish because we are four that day we have been working on the project

Parts, functions and locations

a) Look at the diagram and describe the function of each part.

Example.

1; engine .- moves the car.

2;fuel gauge .- Indicates how much fuel the car contains.

3;fuel tank .- Storing fuel for the engine operation.

4:brake .- reduces the velocity.

5:silencer  .-Makes the car quieter.

6:exhaust pipe .- pipe through which burned gases travel from the exhaust manifold to the muffler.

7:pipeline .- Connects the fuel to the engine.

8:drive shafts .- Makes the car follow mapped direction. 

b) Write a description of the location of the parts.

1.-The engine is at the front of the car.

2.-The fuel gauge is up on the board

3.-the fuel tank is above at top of brake

4.-the brake is at the right exhaust pipe

5.-silencer is at below at the right

6.-the exhaust pipe is at the center at  below the car

7.-the pipeline is at the right of the drive shafts

8.- the  drive shafts is to the left to below

Product comparison

comparisons

1.-The powerlock eod has 2.0 v-cutter pocket powerplier ruler and has

2.-Powerplier pocket crimper has wirw

3.-Powerlock eod containing 2.0 v-cutter and wood saw no other

4.-Powerplier pocket is very useful but it has many ools one is blasting cap crimper

5.-Powerlock eod 2 v-cutter is very useful and has many ools with is 18 and only has 11 pocket powerplier

The powerlock eod 2.0 v-cutter is a comprehensive comparison of ool to pocket powerplier but it is much lighter than the other because the two are very useful

English Project

I could manage to put a leds lighting system in this second assessment I could also see how the resistance is measured with an ammeter

Well in the end we had complications that we use to paint the outside did not help and I was mescle checker and uglier then angry but we could fix that.

The main building were the model and paint it and drill the holes to place the wiring of the leds

Need to ask the higher-grade classmates to give us ideas of what materials to use for some have not served us were very brittle after tutoring started looking to see how to develop a model.

Bicycle Parts

part	DESCRIPTION	IMAGE
Crank	The arm which connects the pedal to the bottom bracket axle.
chain	roller chain to connect the cranks to the rear wheel.
Seat post	The tubular support that holds the saddle.
seat	the seat for the pilot
stem	The part that connects the handlebars to the steerer of the fork
cog	Popular term for a rear sprocket. Then was shortened by popular usage to "cog."
lockring	Lockring A thin lock nut used to keep A threaded assembly from coming unscrewed. Conventional bottom brackets use a lockring on the adjustable cup to make it hold its adjustment.
hubs	The middle part of a wheel, to which the inside ends of the spokes attach. A hub consists of an axle, which attaches to the forkends; a shell, to which the spokes attach, and bearings to connect the axle to the shell, permitting the shell to revolve around the axle.
Headset	The bearing assembly that connects the front fork to the frame, and permits the fork to turn for steering and balancing.
Bottom bracket	The part of the frame around which the pedal cranks revolve, also the bearings and axle assembly that runs through the bottom bracket shell of the frame
rims	The outer metal hoop of a bicycle wheel. The rim does not include the spokes, or the hub
pedals	The part you put your foot on. The axles of the pedals screw into the cranks. The right pedal has a normal thread, but the left pedal has a left (reverse) thread.
nuts	A fastener with female threads, usually hexagonal on the outside to fit a suitable wrench. The male thread equivalent is called a "bolt" or sometimes a "screw."
wheels	A hub, rim, and spokes all together; may also include the tire and tube
handlebars	curved bars with handles used for steering a bicycle
grips	usually made of firm or soft plastic, foam, gel, or sometimes leather. depending on expected use or desired price. They may be simply smooth and round or molded to fit the shape of a human hand better

Steps to assemble a bike:

1. Have all the pieces.

2. Put the handlebar

3. Put the seat and hubs using nuts.

4. Put the Rims and wheels.

5. Install the pedals

6. Adjust the chain

7. Tighten all parts and be adjusting the chain when we press wheels