I have used smart draw to do my front,

I have used smart draw to do my front, side and top view of
a remote control car made from a Pepsi can. Main advantages of smart draw are
that it is totally free and you can use it online to do your drawings which
wouldn’t waste your storage space and time to download. You can also save your
work so it doesn’t get lost. Smart draw also has tools like lines and shapes
which means that it would be accurate and you can undo or erase the parts which
you think you’ve done wrong which can save more time than doing a manual
drawing.

The problem that my product is solving is using materials
that are getting thrown away and I will be using a can to make a really good
and cheap remote control car which everyone can afford and would be good for
the environment. The overall function of my product is that

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I have chosen this product because this product uses
recycled materials to make it which is good for the environment. We could see
that a lot of things happened over the year, the weather was really bad and
natural disasters. I think this would help our environment, improve recycling
and people could see what can be done with recycled materials so they wouldn’t
easily throw away materials that can be reused.                                                                                                                               

Task
1, part C                                                                                          

 

As an engineer, you need to be
able to choose communication methods and understand why some methods are better
and more feasible than others.

Therefore, In order to achieve
this criterion, you will need to review
the information sources obtained to solve an engineering task and explain why
some sources have been used but others rejected. The engineering task can
be related to your product in unit 3, alternatively
you can choose one of the five
topics below:

1.     
Find
5 leading startups in the UK specialising in fintech, healthcare, or
applications of Artificial Intelligence(AI) and write a short description of
their main innovations.

2.     
Summarise
3 research articles, with at least 200 citations, that confirm global warming.

3.     
List
5 alternatives to fossil fuels, briefly describe each, and state their shares
in the UK’s energy consumption.

4.     
Find
3 research areas in an engineering field of your choice and briefly describe
each.

5.     
Describe
Google’s business model.

This criterion is about reflection
and the need to carefully consider, measure and express the value (or not) of other people’s work as a source of
information. You need to identify both computer-based
(eg inter/intranet, CD ROM-based information) and non-computer-based (eg books, technical reports, institute and trade
journals, data sheets) information sources.

M2

Summarise 3 research
article, with at list at least 200 citation that confirm global warming?

Research article 1

This study examines the costs and benefits of an aggressive
programme of global action to limit the greenhouse effect, i.e., the warming of
the earth by the accumulation of carbon dioxide and other gases in the
atmosphere. It is concluded that greenhouse warming is likely to raise global
temperatures by 10° Celsius (18° Fahrenheit) over the next 300 years. The
resultant damage to the US economy would total 6% of GDP annually, or about
$350 000 million at current scale and prices. In an alternative, high-damage
scenario, yearly losses could reach 20% of GDP.  (Cline, 1992)

Research article 2

Increases of greenhouse gases (GHGs) in the atmosphere
produce a positive radiative forcing of the climate system and a consequent
warming of surface temperatures and rising sea level caused by thermal
expansion of the warmer seawater, in addition to the contribution from melting
glaciers and ice sheets. If concentrations of GHGs could be stabilized at some
level, the thermal inertia of the climate system would still result in further
increases in temperatures, and sea level would continue to rise.

The Parallel Climate Model (PCM) has been used extensively
for climate change experiments. This model has a relatively low climate
sensitivity as compared to other models, with an equilibrium climate
sensitivity of 2.1°C and a transient climate response (TCR) (the globally
averaged surface air temperature change at the time of CO2 doubling in a 1%
CO2 increase
experiment) of 1.3°CSea level rises are 3 to 5 cm, respectively, over the 20th
century as compared to the observed estimate of 15 to 20 cm. This lower value
from the models is consistent with the part of 20th-century sea level rise
thought to be caused by thermal expansion, because as the ocean warms, seawater
expands and sea level rises.

Even if we could have stopped any further increases in all
atmospheric constituents as of the year 2000, the PCM and CCSM3 indicate that
we are already committed to 0.4° and 0.6°C, respectively, more global warming
by the year 2100 as compared to the 0.6°C of warming observed at the end of the
20th century. But we are already committed to proportionately much more sea level
rise from thermal expansion.

These results confirm and quantify earlier studies with
simple and global models in that the sea level rise commitment is considerably
more than the temperature change commitment. (Gerald A. Meehl*, 18 march 2005)

 

Research article 3

The conversation of carbon
dioxide (CO2) concentration and
temperature in Antarctic ice-core records suggests a close link between CO2 and climate during
the Pleistocene ice ages. Here we construct a record of global surface
temperature from 80 proxy records and show that temperature is correlated with
and generally lags CO2 during the last (that
is, the most recent) deglaciation. Differences between the respective
temperature changes of the Northern Hemisphere and Southern Hemisphere parallel
variations in the strength of the Atlantic meridional overturning circulation
recorded in marine sediments. The conclusion that an antiphased hemispheric
temperature response to ocean circulation changes superimposed on globally in-phase
warming driven by increasing CO2 concentrations
is an explanation for much of the temperature change at the end of the most
recent ice age. (jeremy D. Shakun, 4 april 2012)

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