For anyone who has been without Internet access and needed to know movie times, the weather or whether fingernails or toenails grow faster, a new service is eager to help find the answer.
AskMeNow employs a legion of researchers to answer a wide range of questions for cell phone users who haven't upgraded to Web-enabled mobile devices. Since launching Nov. 1, the company has responded to questions about which year bubble gum was invented (1928), and which model has appeared on the cover of Cosmopolitan magazine the most (Cindy Crawford, 17 times), among other inquiries.
One caller learned that fingernails grow four times faster than
toenails.
For mundane questions regarding subjects such as movie times, driving directions, sports scores or stock quotes, users can call in their questions. Within seconds, the company's automated service will send an answer via text message to the caller's phone, free of charge.
"They call wanting to know which airports have the cleanest bathrooms. The questions we get are off the charts."
--Darryl Cohen, CEO, AskMeNow
For more obscure information, callers can use the company's
AskMeAnything service. Researchers will field a question and respond with a text message usually within four or five minutes, AskMeNow's CEO Darryl Cohen told CNET News.com in an interview.
The Irvine, Calif.-based company, which charges 49 cents for each question to the AskMeAnything service, uses a proprietary research software to help unearth answers quickly.
At a time when a slew of companies are trying to develop applications, features and tools that appeal to the growing number of mobile device users, AskMeNow hopes to fill the gap between newspapers and the Internet. The daily newspaper, Cohen
said, is typically not a viable source of historical information. "You can't settle a bar bet with a newspaper," Cohen said.
As for the Web, it has often disappointed handheld-device users because online searches are cumbersome for small screens. "Using the Internet on a phone is a joke. Everybody knows it's not a great user experience," Cohen said. "With a Web search, you have to scroll through all those links and it will always be difficult on a small screen."
To access the AskMeNow services, a user must first visit the Web site to provide information such as mobile-phone number and the phone's make and carrier. The user then either calls the company's 800-number to ask a question or sends an e-mail.
Besides charging for its premium service, AskMeNow said it plans to generate revenue by selling advertisements. The text-message responses that callers have received from the company have also included a short ad at the bottom, Cohen said.
Be warned, Cohen said, that there are limits to the questions the
company will answer. First, it will not provide information that can be used to harm someone. "We won't help someone make a bomb," Cohen said.
Neither will the company give medical or legal advice. Researchers may also refuse to answer questions that they find "disgusting" or of a sexually graphic nature because there's no way for the company to determine whether they are dealing with a minor.
And, unlike the Google Answers Web-based service, AskMeNow rejects complex questions that demand extensive research. The 175-employee company, which has a data facility in the Philippines, will answer questions that its researchers and software can answer within three minutes, Cohen said.
Since launching the service, Cohen said he has gained a better
understanding of what really occupies people's minds--and it's not
weather, sports scores or stock quotes.
"They call wanting to know which airports have the cleanest bathrooms," Cohen chuckled. "The questions we get are off the charts. They want to know where the cool people hang out in San Francisco, or where in Los Angeles are the best places to see celebrities. If I told you how many times we've been asked why the sky is blue it would blow you away."
The exact answer to that question, however, was a mystery, even to the chief executive of AskMeNow.
The sky appears blue (instead of black) because light passing through the air hits tiny particles like dust and pollen. These tiny particles are large enough to reflect blue light, but red light (which has a longer wavelength) is not reflected nearly as much. So the result is that the blue light gets scattered by the particles, and you see it when you look up.
The other side of this is sunset, when the sun appears reddish- orange low on the horizon. That's because the light rays have to pass through a lot of air (and particles) before they get to your eyes, and all the blue light was scattered away and dispersed. That leaves only the red end of the spectrum to penetrate the atmosphere and reach your eyes.
At noon, the sun is coming straight down and only passing through ten miles of atmosphere or so. At sunset, the same light has to pass through many hundreds of miles of air to reach you. You will see more dramatic sunsets (redder and darker) when there's a lot of dust, smoke or pollen in the air. When volcanic eruptions occur, intense sunset colors are seen around the world, sometimes for a couple of years after the event.
If the air is truly pure, it doesn't scatter light much at all. If you climb up above the atmosphere, or nearly to the top of it in an airplane, the sky appears black, not blue. If we had particle-free air, the sky would likewise appear black instead of blue. But we don't.
This is one of the best descriptions that I have found for why the sky is blue, excluding my physics textbook which gives a much more detailed explanation.
very well explained, just hope some idiot dun come up n says" you only explain why the sky appear blue/red/black, u did not explain why is the sky blue?"
The physics explanation is an incomplete one. It leaves out the physiology of human vision which.
I think, this article sums it up rather nicely and in acceptable form. <a class="jive-link-external" href="http://www.msnbc.msn.com/id/8631798/" target="_newWindow">http://www.msnbc.msn.com/id/8631798/</a>
Also, I can't believe their researchers couldn't answer that question in 3 minutes. I googled it (why the sky is blue) and the second link is to the article that incorporates both parts (light scattering and human vision). Even if you have to read the article, it's less than three minutes.
The answer to that questions is answered in the graphic that is posted on the How-to page on AskMeNow.com. <a class="jive-link-external" href="http://www.askmenow.com/how.aspx" target="_newWindow">http://www.askmenow.com/how.aspx</a> All the operator had to do was look at their own site.
If I am correct AskMeNow is no longer in business. I recently signed up however for a service called 1800OnCall. It is a cell phone concierge service that also provides unlimited directory assistance. I was going out with my husband the other night and one of their concierges made dinner reservations for me. So far I am pretty pleased with the service.
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The sky appears blue (instead of black) because light passing
through the air hits tiny particles like dust and pollen. These tiny
particles are large enough to reflect blue light, but red light
(which has a longer wavelength) is not reflected nearly as much.
So the result is that the blue light gets scattered by the particles,
and you see it when you look up.
The other side of this is sunset, when the sun appears reddish-
orange low on the horizon. That's because the light rays have to
pass through a lot of air (and particles) before they get to your
eyes, and all the blue light was scattered away and dispersed.
That leaves only the red end of the spectrum to penetrate the
atmosphere and reach your eyes.
At noon, the sun is coming straight down and only passing
through ten miles of atmosphere or so. At sunset, the same light
has to pass through many hundreds of miles of air to reach you.
You will see more dramatic sunsets (redder and darker) when
there's a lot of dust, smoke or pollen in the air. When volcanic
eruptions occur, intense sunset colors are seen around the
world, sometimes for a couple of years after the event.
If the air is truly pure, it doesn't scatter light much at all. If you
climb up above the atmosphere, or nearly to the top of it in an
airplane, the sky appears black, not blue. If we had particle-free
air, the sky would likewise appear black instead of blue. But we
don't.
This is one of the best descriptions that I have found for why the
sky is blue, excluding my physics textbook which gives a much
more detailed explanation.
-Your average 14-year-old mac geek
I think, this article sums it up rather nicely and in acceptable form. <a class="jive-link-external" href="http://www.msnbc.msn.com/id/8631798/" target="_newWindow">http://www.msnbc.msn.com/id/8631798/</a>
Also, I can't believe their researchers couldn't answer that question in 3 minutes. I googled it (why the sky is blue) and the second link is to the article that incorporates both parts (light scattering and human vision). Even if you have to read the article, it's less than three minutes.