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> the thing they want a lot is the 5th button from the left I agree it's normal and expected that people get used to buttons being in certain places, and movin
by newsbinator 7y ago
> the thing they want a lot is the 5th button from the left
I agree it's normal and expected that people get used to buttons being in certain places, and moving them around too often is bad usability.
That said, the fact some of my elderly relatives use and understand technology this way, by memorizing how many centimeters from the edge of the screen they should look for a button, makes life needlessly tough for them.
They'd be better off understanding what a button is conceptually, what forms it comes in (e.g. standard button vs. underlined link with no outline, etc), and how buttons might be grouped.
I know it's a lot to ask of elderly users, but it pays dividends.
After many years of Q&A with me, my mom understands her iPad conceptually and as a result gets much more from it than my aunt does, who only understands procedurally that if she presses her finger on 'the button in the corner' then 'x' should happen.
If there is no button in the corner, my aunt is lost.
- jimmaswell 7y agoAlas too many people are either incapable of this kind of ubderstanding or it would take even longer than just giving them directions every time something changes.
- Jtsummers 7y agoThe way people react to computers is similar to how many react to math. A lot of capable people are mathphobic, and it's strange to watch (as someone who took naturally to math). The expressions on the page (or the attempt to produce those expressions from a model in their mind) causes them to seize up. It's like watching an anxiety attack happen. Something about math (the subject, their experience when taking the courses, whatever) has left them with a severe discomfort or level of fear when dealing with it. Computers illicit the same response from many people, regardless of background, education, level of experience with computers. They develop an understanding by rote, or with a rudimentary (but likely totally wrong) mental model. As soon as something is slightly different, the fear or discomfort rises and their mind blanks. They cannot figure out the next step. At an extreme, a color changes and they think it must mean something, but really it's just that that control is now "transparent" (pulling in the background color but blurred) and they happen to have a bright red object behind it, when normally it's a more neutral gray or blue. For some it's that things are no longer in the right place or that display differently (think of the changes in the Windows start menu over the decades). They'll have different thresholds, but once they hit theirs they cannot proceed without great difficulty.
- msla 7y agoWe definitely should see if we can develop math teaching which doesn't elicit that response, because it has to be learned. Humans aren't evolved to be good at arithmetic or symbolic thinking, but we're not evolved to be morbidly afraid of it, either. Of course, any attempt to improve math education gets screamed at ("New Math! Common Core! Blah!") and the whole thing just becomes political.
- Moru 7y agoI think we just have to accept that we all are different. Some have it easy, other don't. This comes doubly with all subjects that we are not trained for or not interested in. It might take a lot more to learn or a teacher that understands the problem and can guide around it. Only the individual can say if the added time and effort is worth it. This insight can take many years though, it's hard to get a teenager to believe they will ever need math (or whatever other subject) in their life.
- jimmaswell 7y agoCommom core seems just fine overall to me. I wouldn't be surprised if the generation that grows up with it has much better math comprehension and number sense.
- red_admiral 7y agoPart of the problem is cultural - it's socially acceptable to "not be a mathsy person" in many circles, and almost a badge of honour in some. Another problem is that the discovery learning approach can lead to some horrible failure modes for math. I've seen cases where an hour of proper instruction can go further than a whole term of trying to see if they can find it out for themselves. Case in point: the rule of three. If 10 apples cost $20, then 5 apples cost ___? You can spend ages thinking about what it "means", or you can learn that you write down a 2x2 table, multiply across the diagonal and divide by the number in the corner.
- smichel17 7y agoThis is a key insight. It's why I hate when we refer to "non-technical people" -- I don't believe possessing the technical skills is a meaningful differentiator in users. The more important categories are those you mention; the non-fearers will eventually figure out a solution, becoming technical along the way if required. The fearful stop trying to do that.
- deleted 7y ago[deleted]
- int_19h 7y agoI've had the exact opposite experience with my mom - it took some time to explain things like icons, menus, toolbars, and context menus to her (in Windows) - but once she did, she felt empowered, because it all worked the same in every app. In many cases, this meant that she'd find a more tedious way to perform some task - e.g. using the main menu where a toolbar had the same action exposed more directly - but it was far more important for her to be confident that she could find it. Then I got her an iPad - the very first one, back when they were released. She absolutely loves the form factor, but hates the UI, and finds it inconsistent, having to learn every app on its own. You could say that this is partly because of having to re-learn - except that it's been several years of nearly exclusively using iPad and iPhone for all her needs, and she still finds it terribly inconsistent.