Online B
Tuesday, May 21, 2013
Wednesday, May 15, 2013
Friday, April 19, 2013
Friday, March 22, 2013
Interview (Nana)
Interview
Rose Wells:
1. Where do you work?
-
Jeff’s
Collision
2. What is your position?
-
Secretary
3. What kind of work do you do?
-
Answers
the phone, pays bills, orders parts, runs arons, and does pay rolls
4. What type of education is needed?
-
High
School Diploma
5. Do you enjoy your job? How do you
feel when you are getting ready? Do you dread going in or are you happy?
-
Yes,
I enjoy working in our family business, but to wake up at 5 am every Monday –
Friday can tire me out. For me it depends on the mood I’m in for it to be a
good day or a bad day.
Interview (Mom)
Interview
Shannon Hood:
1. Where do you work?
-
CRS.
2. What is your position?
-
Home
Coordinator.
3. What kind of work do you do?
-
Take
care of the disabled.
4. What type of education is needed?
-
None.
5. Do you enjoy your job? How do you
feel when you are getting ready? Do you dread going in or are you happy?
-
Yes,
I don’t want to go in sometimes but I enjoy helping them. It depends on how my
day feels it will start, sometimes I dread going but sometimes I’m happy to go.
Thursday, March 21, 2013
Emerging Technology, Part 1
High-Speed Materials Discovery
With more high-speed equipment phones can be powerful processors, brighter screens, and they can be better. The electric cars could travel faster, and longer. Thanks to the batteries based on new materials which are being developed by San Diego-based Wildcat Discovery Technologies.. In March of 2011 the company announced a lithium cobalt phosphate cathode, it boost the energy by a third over current cathodes in many popular lithium-ion phosphate batteries. They also made a discovery of how an electrolyte additive which allows batteries to work better at higher voltages.. They have over millions of ways to try to get one combination of a battery to work for a certain thing. It’s a tricky problem, because devices have three principal components: an anode, a cathode, and an electrolyte. They can be formed for almost anything, but they might not work well together.
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