Answer:
an accurate description exact stresses a very strict agreement with fact, standard, or truth. Exact measurements precise adds to exact an emphasis on sharpness of definition or delimitation.
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Answer:
A strong resume must be short and complete.
Explanation:
<em>Focus on your work experience. This is what really makes the employers read your resume longer. They would take a look at how long did you worked for a company and the nature of work you have handled to see the relation to the current opening / hiring position that they have. As much as possible, arrange your working experiences from latest to the oldest. </em>
<em>
Instead of enumerating your skills, list down your accomplishments that you have achieved. This would help your potential employers to look at your strengths.
</em>
<em>
Be honest. As long as you have put in skills and work experiences which you have truly acquired, then you won't have to worry. Mostly, employers, would ask you things that you have put in to your resume. They would ask more information about it then you could just answer it from the heart.</em>
Answer: Using secure copy 'SCP' we can copy all files from a remote directory into local folder. It also replaces existing files.
Explanation:
This is illustrated as follows:
scp -r [email protected]:/path/to/server/source/folder/ .
-r is recursively copy all files
username is your username in your system
IP, here you cab specify the IP or type the website such as www.google.com
Then we specify the path, complete path
"." dot here refers the current directory. To copy the contents in the current directory.
Answer:
a) D = 4.88 * 10^(-14) m^2 / s
b) <em>t </em>= 1.1 hr
Solution:
a) Magnesium in Aluminum diffusion:
D = Do * exp(-Qd / RT)
= (1.2 * 10^(-4) m^2 / s) * exp ( - 130,000 / 8.31 * 723.15)
= 4.88 * 10^(-14) m^2 / s
D = 4.88 * 10^(-14) m^2 / s
b) The composition remains same at say the distance Xo:
(Cx - Co) / (Cs - Co) = Constant
Xo^2 / D_{550} * <em>t </em>= Xo^2 / D_{450} * 15
D_{550} * <em>t </em>= D_{450} * 15
(1.2 * 10^(-4) m^2 / s) * exp ( - 130,000 / 8.31 * 723.15) * <em>t</em>
(4.88 * 10^(-14) m^2 / s) * 15
by, solving for <em>t </em>we get:
<em>t </em>= 1.1 hr
So, the time required is 1.1 hr.
