Discuss how web designers use eye-tracking studies to determine UX issues.
What will be an ideal response?
An important UX issue to consider in content positioning is where visitors typically first look when viewing a webpage. Eye-tracking studies use various technologies to analyze the movement of a visitor's eyes as he or she views a webpage and produce heat maps, an analytical tool that uses color to represent data.?The resulting heat maps suggest that a website's visitors typically follow an F-pattern: they first look at the top and left areas of a page, and then look down and to the right. Eye-tracking is one more example of the importance of understanding your audience's behavior when making design choices.?Eye-tracking studies add support to the concept of placing calls-to-action, visual identity content, and major links at or near the top and left side of a page to improve usability. Calls-to-action should be placed prominently to ensure visitors focus on them. Consider providing visual clues, such as arrows, shading, or a person pointing or viewing the content to draw visitors' eyes. Web marketing relies on data from eye-tracking studies.?
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Electrons with n = 3 are in the
A) M shell. B) N or M shells. C) K shell. D) N shell. E) L shell.
A 10,000-kg rocket blasts off from earth with a uniform upward acceleration of 2.00 m/s2 and feels no air resistance. The upward thrust force its engines must provide during this acceleration is closest to
A) 20,000 N. B) 980,000 N. C) 118,000 N. D) 78,000 N.
Given the equations below, which description best fits the physical situation?
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A. A projectile's displacement two seconds after being fired upward with a speed of 30.0 m/s. B. A projectile's displacement two seconds after being fired upward with a speed of 40.0 m/s. C. A projectile's displacement two seconds after being fired upward with a speed of 50.0 m/s. D. A projectile's displacement two seconds after being fired upward with a speed of 60.0 m/s. E. A projectile's displacement two seconds after being fired upward with a speed of 80.0 m/s.
Which of these two collisions is more damaging; driving into a concrete wall with no "give," or colliding head-on with an identical car moving toward you at your same speed?
A) collision with the car B) collision with the wall C) both the same