Script fonts: display signs (a font or script font is the representation of a combination of different characteristics of a text including its shape, style, size, etc)
Page layout: Z-arrangement (in graphic designing, a standard page layout called Z-arrangement is followed)
Text composition: arrangement of words and letters (text composition refers to the arrangement of words and letters and how they appear on any page)
Artwork: clipart (clip art is a gallery of images, shapes and symbols that are used to add in any of the documents by the computer users)
Contrast: use of opposite colors to make something stand out (in colors, contrast refers to the use of opposite colors so as to create a visible difference among the colors)
A windows operating system.
Or linux/Mac.
Answer:
Content.
Explanation:
With the convenience of the Web, copying skills of resumes models is not unusual among people that create themselves seem quite appealing to such a recruiter. Understanding this, Ed developed a check to examine whether that person's job skills are about what's on the form.
He is checking the validity of the content because It relates to that of the extent that the products on such a survey seem to be extremely determinative of the whole domain to be measured by the study.
I would use x code and watch tutorials on how to code on youtube
Resposta:
<u>Per a càrrega de 680Ω:</u> 7,27 volts
<u>Per a les dues càrregues de 220Ω:</u> 2,36 volts cadascuna
Explicació:
Segons la llei d’ohms
E = IRt
E és la força electromotriu = 12V
I és el corrent total que circula al circuit
Rt és la resistència equivalent total
Com que els 680Ω, 220Ω i 220Ω estan en sèrie;
Rt = 680 + 220 + 220
Rt = 1120Ω
Obteniu el corrent total del circuit:
Recordem que: E = IRt
I = E / Rt
I = 12/1120
I = 0,0107A
<u>Tingueu en compte que el mateix corrent flueix a través de resistències connectades en sèrie, però tensions diferents.
</u>
Obteniu les tensions individuals;
Per a càrrega de 680Ω;
V = IR
V = 0,0107 * 680
V = 7,27 Volts
Per a la càrrega de 220Ω
V = IR
V = 220 (0,0107)
<em>V = 2,36 volts
</em>
<em>Per tant, les tensions de les dues càrregues de 220Ω seran de 2,36 volts cadascuna</em>