Phil told us the parts of the car that were important to his work and
he told us what products he purchased from certain companies.
I am taking away from Phil's presentation that scientific research
projects can be about a really big and impactful subject that can be
very complex. It just takes longer to do. Also, electrical vehicles
are definitely a good thing to have around.
On Mon, Nov 7, 2011 at 9:36 AM, Ron W <ronald...@camas.wednet.edu> wrote:
2.) Phil told us about the types of electrical engine, batteries, and
cars he used for his project.
3.) I am seeing that I should start working on my project early in
order to get all of the parts together and working and meet with my
mentor for assistance. I also learned that there should be sparse
words in my presentation poster and more pictures to display how my
project works and is easier for others to understand.
> He told us about the background of the electric vehicle and how each component of the electric vehicle was created many years before the first production electric vehicles. Also, he told us of how the oil crisis in the 1970s pushed scientists to find more efficient vehicles and that forced some car companies to produce some electric vehicles.
>
> 2. Name two items that Phil told us about his Materials and Methods.
>
> A method that he said was that he first bought a Ford F-150 and drove around to find it the mileage for the highway and and the city as a baseline for his electric vehicle. A material that he said that he was using a lithium iron phosphate battery because it was the safest to use.
> 3. What are you taking from Phil's presentatoin to your project or
> presentation?
> You do not need a lot of writing on your presentation to explain your project. Also, background knowledge will really let you have a starting for your project. You can get help from companies or experts to help make your project more successful.
Jonathan Ho
>
2.In the materials and methods section of the lecture, the method that
was most stressed upon was about the dissection of the Ford F150 and
the modifications that were going to be conducted on it, namely the
installation of commmerical lithium iron phosphate batteries total
weighing about 750 pounds. Another part mentioned in this section that
was significant was his materials, consisting of the truck and the
batteries.
3. From this lecture, it struck me that science is a imperfect art
that yields rewards. The results of my experiment may not seem
relevant, but it is generally known that it will make an impact later
as more advancements are discovered. I learned that in spite of
adversity, the experiment is never finished and you should not give up
on it because of an inconclusive result.