3.97 score from hupso.pl for:
parascientifica.com



HTML Content


Titletrulyscience.com - for all your science questions!

Length: 50, Words: 8
Description the top scientific question site!

Length: 33, Words: 5
Keywords science, technology, physics, technology and science
Robots
Charset UTF-8
Og Meta - Title pusty
Og Meta - Description pusty
Og Meta - Site name pusty
Tytuł powinien zawierać pomiędzy 10 a 70 znaków (ze spacjami), a mniej niż 12 słów w długości.
Meta opis powinien zawierać pomiędzy 50 a 160 znaków (łącznie ze spacjami), a mniej niż 24 słów w długości.
Kodowanie znaków powinny być określone , UTF-8 jest chyba najlepszy zestaw znaków, aby przejść z powodu UTF-8 jest bardziej międzynarodowy kodowaniem.
Otwarte obiekty wykresu powinny być obecne w stronie internetowej (więcej informacji na temat protokołu OpenGraph: http://ogp.me/)

SEO Content

Words/Characters 1208
Text/HTML 39.74 %
Headings H1 0
H2 0
H3 15
H4 0
H5 0
H6 0
H1
H2
H3
2bit astrophotography with the game boy camera
what causes double rainbows?
how do rainbows work?
what is the color of the sun?
why are planets round?
why do wet clothes get darker?
why is snow white?
massive coronal mass ejection recorded by nasa
why do some balloons float?

2bit astrophotography with the game boy camera
what causes double rainbows?
how do rainbows work?
what is the color of the sun?
why are planets round?
H4
H5
H6
strong
b
i
em
Bolds strong 0
b 0
i 0
em 0
Zawartość strony internetowej powinno zawierać więcej niż 250 słów, z stopa tekst / kod jest wyższy niż 20%.
Pozycji używać znaczników (h1, h2, h3, ...), aby określić temat sekcji lub ustępów na stronie, ale zwykle, użyj mniej niż 6 dla każdego tagu pozycje zachować swoją stronę zwięzły.
Styl używać silnych i kursywy znaczniki podkreślić swoje słowa kluczowe swojej stronie, ale nie nadużywać (mniej niż 16 silnych tagi i 16 znaczników kursywy)

Statystyki strony

twitter:title pusty
twitter:description pusty
google+ itemprop=name pusty
Pliki zewnętrzne 15
Pliki CSS 1
Pliki javascript 14
Plik należy zmniejszyć całkowite odwołanie plików (CSS + JavaScript) do 7-8 maksymalnie.

Linki wewnętrzne i zewnętrzne

Linki 89
Linki wewnętrzne 78
Linki zewnętrzne 11
Linki bez atrybutu Title 89
Linki z atrybutem NOFOLLOW 0
Linki - Użyj atrybutu tytuł dla każdego łącza. Nofollow link jest link, który nie pozwala wyszukiwarkom boty zrealizują są odnośniki no follow. Należy zwracać uwagę na ich użytkowania

Linki wewnętrzne

- articles.php
questions articles.php?type=1
articles articles.php?type=2
experiments articles.php?type=3
news articles.php?type=4
software articles.php
ambigram generator ambigram.php
calculators calculators.php
e-mail mailto:admin@trulyscience.com
ask a question javascript:alertcontact();
- aboutus.php
- /forums/index.php
articles articles.php?type=1
experiments articles.php?type=2
questions articles.php?type=3
astronomy articles.php?cat=astronomy
biology articles.php?cat=biology
chemistry articles.php?cat=chemistry
maths articles.php?cat=maths
physics articles.php?cat=physics
technology articles.php?cat=technology
2bit astrophotography with the game boy camera articles.php?id=20
the game boy camera is a monochrome, 2bit, 128x112 pixel cmos camera from 1998 that was especially made to work with the nintendo game boy. it is well known as the first affordable portable digital camera and was actually considered decent in its day. currently it is not much more than a curiosity from days long past, but nevertheless fun to play with. countless [continue reading] articles.php?id=20
- gallery/.$image.
what causes double rainbows? articles.php?id=18
now that we understand rainbows and how they are formed, we can go deeper into the science behind them, and explain the workings of something much more mysterious; the double rainbow. for ages it has been seen as a sign of good luck and something even more magical than a single rainbow. mainly because it is even rarer than a single rainbow and much [continue reading] articles.php?id=18
- gallery/.$image.
how do rainbows work? articles.php?id=17
rainbows are one of natures most beautiful and amazing sights, mystifying people since the dawn of time. inspiring hundreds of stories, myths and fairytales, rainbows are a source of fascination to many, however they are not well understood. so let us ask ourselves a few questions; how do rainbows work? why always those colors? and why are they always arcs? to answer any of these [continue reading] articles.php?id=17
- gallery/.$image.
what is the color of the sun? articles.php?id=16
we all know the sun as the big yellow disk in the sky, providing us with light and warmth. however if we look at the sun at sunrise, sunset or even through a cloud, it suddenly turns red or orange and around noon it seems to be white. if we stop to think about it, then we realise that this is quite odd, what [continue reading] articles.php?id=16
- gallery/.$image.
why are planets round? articles.php?id=15
if we look at pictures of planets, stars or other celestial bodies, we soon see a resemblance between them: they are round. now one may wonder why this is so, why can't we have cubic or pyramid shaped planets? to understand what is going on here, we need to first look at gravity and learn a few things about the creation of celestial bodies like the [continue reading] articles.php?id=15
- gallery/.$image.
why do wet clothes get darker? articles.php?id=14
we all have the almost instinctive ability to tell the difference between a wet and dry surface. knowing that dark spots on clothes, blackboards, sand, roads and many other things usually indicate these to be wet spots. on top of that it also makes some materials more translucent, just think of a wet shirt. the question that arises from all these observations is; [continue reading] articles.php?id=14
- gallery/.$image.
why is snow white? articles.php?id=13
if you ask anyone for a description of snow, you would most likely hear them say "white". in fact, this is so embedded in our perception of the world, that it is a mere fact for most. however, when one stops to think about it, he soon discovers that it isn't that obvious or straightforward at all. so why is snow white? when we look [continue reading] articles.php?id=13
- gallery/.$image.
massive coronal mass ejection recorded by nasa articles.php?id=12
earlier this week nasa released images and videos of a massive coronal mass ejection(cme), which was recorded by the solar dynamics observatory (sdo). during this enormous eruption a huge amount of solar plasma (primarily consisting of protons and electrons, but also having some heavier elements up to iron) was flung out of the sun at a velocity of about 1450 km/s. if this event would have [continue reading] articles.php?id=12
- gallery/.$image.
why do some balloons float? articles.php?id=11
everyone has seen a few balloons in his lifetime, whether they are helium or air filled. if this is true for you, than you probably have noticed that balloons filled with helium float high into the sky, while the ones filled with air drop to the ground. you may also have wondered why this is the case, and what about hot air balloons? to understand [continue reading] articles.php?id=11
- gallery/.$image.
2bit astrophotography with the game boy camera /articles.php?id=20
- articles.php?id=20
read more /articles.php?id=20
what causes double rainbows? /articles.php?id=18
- articles.php?id=18
read more /articles.php?id=18
how do rainbows work? /articles.php?id=17
- articles.php?id=17
read more /articles.php?id=17
what is the color of the sun? /articles.php?id=16
- articles.php?id=16
read more /articles.php?id=16
why are planets round? /articles.php?id=15
- articles.php?id=15
read more /articles.php?id=15
2 index.php?page=2
3 index.php?page=3
next index.php?page=2
- #
- #
- #
2bit astrophotography with the game boy camera articles.php?id=20
what causes double rainbows? articles.php?id=18
how do rainbows work? articles.php?id=17
more news /articles.php?type=4
about us #
contact #
newsletter #
rss feed #
forums #

Linki zewnętrzne

- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
- http://www.trulyscience.com/index.php
- http://www.trulyscience.com/index.php
- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
do my homework at homework-desk http://www.homework-desk.com/do-my-homework
- http://www.addthis.com/bookmark.php?v=250&username=xa-4c1f351f3cd4ca14
bestessayshelp.org http://bestessayshelp.org
science homework help https://www.ezassignmenthelp.com/science-homework-help

Zdjęcia

Zdjęcia 47
Zdjęcia bez atrybutu ALT 32
Zdjęcia bez atrybutu TITLE 47
Korzystanie Obraz ALT i TITLE atrybutu dla każdego obrazu.

Zdjęcia bez atrybutu TITLE

http://s7.addthis.com/static/btn/sm-share-en.gif
images/logo.png
images/vline.jpg
images/home.jpg
images/content.jpg
images/contact.jpg
images/aboutus.jpg
images/forums.jpg
images/redarrow.jpg
images/redslash.jpg
images/redslash.jpg
images/vline.jpg
images/redarrow.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/featured.jpg
gallery/bigjup.png
gallery/doublerainbow.png
gallery/rainbow.png
gallery/sunspace.jpg
gallery/planets.png
gallery/watershirt.png
gallery/snowscape.png
gallery/solarcme.png
gallery/balloons.png
http://s7.addthis.com/static/btn/sm-share-en.gif
gallery/bigjup.png
http://s7.addthis.com/static/btn/sm-share-en.gif
gallery/doublerainbow.png
http://s7.addthis.com/static/btn/sm-share-en.gif
gallery/rainbow.png
http://s7.addthis.com/static/btn/sm-share-en.gif
gallery/sunspace.jpg
http://s7.addthis.com/static/btn/sm-share-en.gif
gallery/planets.png
images/news.jpg
images/bluestar.jpg
images/topstories.jpg
images/biggerredslash.jpg
images/questionsn.jpg
images/bluestar.jpg
images/bluestar.jpg
images/bluestar.jpg
images/askaquestion.jpg

Zdjęcia bez atrybutu ALT

images/logo.png
images/vline.jpg
images/home.jpg
images/content.jpg
images/contact.jpg
images/aboutus.jpg
images/forums.jpg
images/redarrow.jpg
images/redslash.jpg
images/redslash.jpg
images/vline.jpg
images/redarrow.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/redslash.jpg
images/featured.jpg
gallery/bigjup.png
gallery/doublerainbow.png
gallery/rainbow.png
gallery/sunspace.jpg
gallery/planets.png
images/news.jpg
images/bluestar.jpg
images/topstories.jpg
images/biggerredslash.jpg
images/questionsn.jpg
images/bluestar.jpg
images/bluestar.jpg
images/bluestar.jpg
images/askaquestion.jpg

Ranking:


Alexa Traffic
Daily Global Rank Trend
Daily Reach (Percent)









Majestic SEO











Text on page:

lorem ipsum lorem ipsum lorem --> questions articles experiments news software ambigram generator calculators e-mail ask a question categories articles experiments questions subjects astronomy biology chemistry maths physics technology 2bit astrophotography with the game boy camera gallery/bigjup.png the game boy camera is a monochrome, 2bit, 128x112 pixel cmos camera from 1998 that was especially made to work with the nintendo game boy. it is well known as the first affordable portable digital camera and was actually considered decent in its day. currently it is not much more than a curiosity from days long past, but nevertheless fun to play with. countless [continue reading] what causes double rainbows? gallery/doublerainbow.png now that we understand rainbows and how they are formed, we can go deeper into the science behind them, and explain the workings of something much more mysterious; the double rainbow. for ages it has been seen as a sign of good luck and something even more magical than a single rainbow. mainly because it is even rarer than a single rainbow and much [continue reading] how do rainbows work? gallery/rainbow.png rainbows are one of natures most beautiful and amazing sights, mystifying people since the dawn of time. inspiring hundreds of stories, myths and fairytales, rainbows are a source of fascination to many, however they are not well understood. so let us ask ourselves a few questions; how do rainbows work? why always those colors? and why are they always arcs? to answer any of these [continue reading] what is the color of the sun? gallery/sunspace.jpg we all know the sun as the big yellow disk in the sky, providing us with light and warmth. however if we look at the sun at sunrise, sunset or even through a cloud, it suddenly turns red or orange and around noon it seems to be white. if we stop to think about it, then we realise that this is quite odd, what [continue reading] why are planets round? gallery/planets.png if we look at pictures of planets, stars or other celestial bodies, we soon see a resemblance between them: they are round. now one may wonder why this is so, why can't we have cubic or pyramid shaped planets? to understand what is going on here, we need to first look at gravity and learn a few things about the creation of celestial bodies like the [continue reading] why do wet clothes get darker? gallery/watershirt.png we all have the almost instinctive ability to tell the difference between a wet and dry surface. knowing that dark spots on clothes, blackboards, sand, roads and many other things usually indicate these to be wet spots. on top of that it also makes some materials more translucent, just think of a wet shirt. the question that arises from all these observations is; [continue reading] why is snow white? gallery/snowscape.png if you ask anyone for a description of snow, you would most likely hear them say "white". in fact, this is so embedded in our perception of the world, that it is a mere fact for most. however, when one stops to think about it, he soon discovers that it isn't that obvious or straightforward at all. so why is snow white? when we look [continue reading] massive coronal mass ejection recorded by nasa gallery/solarcme.png earlier this week nasa released images and videos of a massive coronal mass ejection(cme), which was recorded by the solar dynamics observatory (sdo). during this enormous eruption a huge amount of solar plasma (primarily consisting of protons and electrons, but also having some heavier elements up to iron) was flung out of the sun at a velocity of about 1450 km/s. if this event would have [continue reading] why do some balloons float? gallery/balloons.png everyone has seen a few balloons in his lifetime, whether they are helium or air filled. if this is true for you, than you probably have noticed that balloons filled with helium float high into the sky, while the ones filled with air drop to the ground. you may also have wondered why this is the case, and what about hot air balloons? to understand [continue reading] 2bit astrophotography with the game boy camera posted on 08-07-2017 by alex pietrow the game boy camera is a monochrome, 2bit, 128x112 pixel cmos camera from 1998 that was especially made to work with the nintendo game boy. it is well known as the first affordable portable digital camera and was actually considered decent in its day. currently it is not much more than a curiosity from days long past, but nevertheless fun to play with. countless (read more) what causes double rainbows? posted on 18-10-2012 by alex, question asked by alfred now that we understand rainbows and how they are formed, we can go deeper into the science behind them, and explain the workings of something much more mysterious; the double rainbow. for ages it has been seen as a sign of good luck and something even more magical than a single rainbow. mainly because it is even rarer than a single rainbow and much (read more) how do rainbows work? posted on 18-10-2012 by alex, question asked by soobnauce rainbows are one of natures most beautiful and amazing sights, mystifying people since the dawn of time. inspiring hundreds of stories, myths and fairytales, rainbows are a source of fascination to many, however they are not well understood. so let us ask ourselves a few questions; how do rainbows work? why always those colors? and why are they always arcs? to answer any of these (read more) what is the color of the sun? posted on 08-10-2012 by alex, question asked by jack sulser we all know the sun as the big yellow disk in the sky, providing us with light and warmth. however if we look at the sun at sunrise, sunset or even through a cloud, it suddenly turns red or orange and around noon it seems to be white. if we stop to think about it, then we realise that this is quite odd, what (read more) why are planets round? posted on 23-09-2012 by alex, anthon, question asked by melvin do my homework at homework-desk if we look at pictures of planets, stars or other celestial bodies, we soon see a resemblance between them: they are round. now one may wonder why this is so, why can't we have cubic or pyramid shaped planets? to understand what is going on here, we need to first look at gravity and learn a few things about the creation of celestial bodies like the (read more) previous 1 2 3 next --> this page is almost done! 2bit astrophotography with the game boy camera what causes double rainbows? how do rainbows work? (more news) --> due to excessive spam this feature is temporarily turned off. please use the contact page instead. bestessayshelp.org; - free writing tips for college students. professional writers at science homework help company are always ready to give a helping hand with your homework about us | contact | newsletter | rss feed | forums this site and its content are copyright © truly science 2012. all rights reserved.


Here you find all texts from your page as Google (googlebot) and others search engines seen it.

Words density analysis:

Numbers of all words: 1190

One word

Two words phrases

Three words phrases

the - 6.05% (72)
and - 2.94% (35)
all - 2.1% (25)
rainbow - 1.85% (22)
are - 1.68% (20)
why - 1.26% (15)
rainbows - 1.18% (14)
his - 1.18% (14)
work - 1.09% (13)
this - 1.09% (13)
that - 1.09% (13)
more - 1.09% (13)
now - 1.09% (13)
sun - 1.01% (12)
how - 1.01% (12)
for - 1.01% (12)
with - 1.01% (12)
what - 0.84% (10)
question - 0.84% (10)
camera - 0.76% (9)
reading] - 0.76% (9)
they - 0.76% (9)
out - 0.76% (9)
one - 0.76% (9)
[continue - 0.76% (9)
red - 0.67% (8)
about - 0.67% (8)
ask - 0.67% (8)
some - 0.59% (7)
any - 0.59% (7)
even - 0.59% (7)
than - 0.59% (7)
planets - 0.59% (7)
game - 0.59% (7)
see - 0.59% (7)
look - 0.59% (7)
boy - 0.59% (7)
our - 0.5% (6)
most - 0.5% (6)
much - 0.5% (6)
you - 0.5% (6)
was - 0.5% (6)
use - 0.5% (6)
have - 0.5% (6)
double - 0.5% (6)
rainbow. - 0.5% (6)
alex - 0.42% (5)
(read - 0.42% (5)
more) - 0.42% (5)
posted - 0.42% (5)
understand - 0.42% (5)
work? - 0.42% (5)
know - 0.42% (5)
it, - 0.42% (5)
always - 0.42% (5)
them - 0.42% (5)
balloons - 0.42% (5)
however - 0.42% (5)
air - 0.42% (5)
few - 0.42% (5)
from - 0.42% (5)
2bit - 0.42% (5)
not - 0.42% (5)
top - 0.34% (4)
hot - 0.34% (4)
mass - 0.34% (4)
questions - 0.34% (4)
something - 0.34% (4)
snow - 0.34% (4)
these - 0.34% (4)
single - 0.34% (4)
celestial - 0.34% (4)
big - 0.34% (4)
well - 0.34% (4)
think - 0.34% (4)
asked - 0.34% (4)
wet - 0.34% (4)
science - 0.34% (4)
homework - 0.34% (4)
alex, - 0.34% (4)
bodies - 0.34% (4)
first - 0.34% (4)
color - 0.34% (4)
can - 0.34% (4)
between - 0.25% (3)
like - 0.25% (3)
things - 0.25% (3)
its - 0.25% (3)
lorem - 0.25% (3)
wonder - 0.25% (3)
let - 0.25% (3)
many - 0.25% (3)
also - 0.25% (3)
sky, - 0.25% (3)
may - 0.25% (3)
round. - 0.25% (3)
soon - 0.25% (3)
causes - 0.25% (3)
filled - 0.25% (3)
ages - 0.25% (3)
has - 0.25% (3)
--> - 0.25% (3)
into - 0.25% (3)
help - 0.25% (3)
rainbows? - 0.25% (3)
but - 0.25% (3)
news - 0.25% (3)
stop - 0.25% (3)
astrophotography - 0.25% (3)
other - 0.25% (3)
solar - 0.25% (3)
seen - 0.25% (3)
especially - 0.17% (2)
round? - 0.17% (2)
shaped - 0.17% (2)
bodies, - 0.17% (2)
1998 - 0.17% (2)
going - 0.17% (2)
planets? - 0.17% (2)
pictures - 0.17% (2)
resemblance - 0.17% (2)
stars - 0.17% (2)
so, - 0.17% (2)
cubic - 0.17% (2)
pyramid - 0.17% (2)
can't - 0.17% (2)
them: - 0.17% (2)
planets, - 0.17% (2)
cmos - 0.17% (2)
recorded - 0.17% (2)
nasa - 0.17% (2)
monochrome, - 0.17% (2)
ejection - 0.17% (2)
coronal - 0.17% (2)
when - 0.17% (2)
massive - 0.17% (2)
helium - 0.17% (2)
float - 0.17% (2)
ipsum - 0.17% (2)
contact - 0.17% (2)
page - 0.17% (2)
18-10-2012 - 0.17% (2)
experiments - 0.17% (2)
articles - 0.17% (2)
fact - 0.17% (2)
2bit, - 0.17% (2)
clothes - 0.17% (2)
almost - 0.17% (2)
dark - 0.17% (2)
creation - 0.17% (2)
learn - 0.17% (2)
need - 0.17% (2)
gravity - 0.17% (2)
spots - 0.17% (2)
odd, - 0.17% (2)
128x112 - 0.17% (2)
say - 0.17% (2)
would - 0.17% (2)
pixel - 0.17% (2)
shirt. - 0.17% (2)
white? - 0.17% (2)
here, - 0.17% (2)
orange - 0.17% (2)
day. - 0.17% (2)
natures - 0.17% (2)
beautiful - 0.17% (2)
currently - 0.17% (2)
rarer - 0.17% (2)
magical - 0.17% (2)
mainly - 0.17% (2)
because - 0.17% (2)
amazing - 0.17% (2)
sights, - 0.17% (2)
inspiring - 0.17% (2)
hundreds - 0.17% (2)
stories, - 0.17% (2)
time. - 0.17% (2)
dawn - 0.17% (2)
mystifying - 0.17% (2)
people - 0.17% (2)
since - 0.17% (2)
curiosity - 0.17% (2)
luck - 0.17% (2)
past, - 0.17% (2)
formed, - 0.17% (2)
deeper - 0.17% (2)
nevertheless - 0.17% (2)
fun - 0.17% (2)
countless - 0.17% (2)
with. - 0.17% (2)
play - 0.17% (2)
behind - 0.17% (2)
them, - 0.17% (2)
been - 0.17% (2)
sign - 0.17% (2)
good - 0.17% (2)
days - 0.17% (2)
long - 0.17% (2)
explain - 0.17% (2)
workings - 0.17% (2)
mysterious; - 0.17% (2)
myths - 0.17% (2)
fairytales, - 0.17% (2)
through - 0.17% (2)
cloud, - 0.17% (2)
suddenly - 0.17% (2)
sunset - 0.17% (2)
sunrise, - 0.17% (2)
light - 0.17% (2)
warmth. - 0.17% (2)
known - 0.17% (2)
turns - 0.17% (2)
around - 0.17% (2)
then - 0.17% (2)
realise - 0.17% (2)
made - 0.17% (2)
nintendo - 0.17% (2)
boy. - 0.17% (2)
noon - 0.17% (2)
seems - 0.17% (2)
white. - 0.17% (2)
providing - 0.17% (2)
disk - 0.17% (2)
ourselves - 0.17% (2)
questions; - 0.17% (2)
considered - 0.17% (2)
understood. - 0.17% (2)
decent - 0.17% (2)
source - 0.17% (2)
fascination - 0.17% (2)
many, - 0.17% (2)
actually - 0.17% (2)
those - 0.17% (2)
portable - 0.17% (2)
affordable - 0.17% (2)
yellow - 0.17% (2)
sun? - 0.17% (2)
digital - 0.17% (2)
colors? - 0.17% (2)
arcs? - 0.17% (2)
answer - 0.17% (2)
quite - 0.17% (2)
[continue reading] - 0.76% (9)
they are - 0.59% (7)
this is - 0.59% (7)
game boy - 0.59% (7)
the sun - 0.59% (7)
of the - 0.5% (6)
look at - 0.5% (6)
than a - 0.5% (6)
how do - 0.42% (5)
(read more) - 0.42% (5)
posted on - 0.42% (5)
rainbows work? - 0.42% (5)
by alex - 0.42% (5)
the game - 0.42% (5)
boy camera - 0.42% (5)
we look - 0.42% (5)
do rainbows - 0.42% (5)
with the - 0.42% (5)
why are - 0.34% (4)
what is - 0.34% (4)
in the - 0.34% (4)
reading] why - 0.34% (4)
single rainbow - 0.34% (4)
as the - 0.34% (4)
by alex, - 0.34% (4)
question asked - 0.34% (4)
asked by - 0.34% (4)
celestial bodies - 0.34% (4)
that it - 0.25% (3)
we all - 0.25% (3)
double rainbows? - 0.25% (3)
into the - 0.25% (3)
about it, - 0.25% (3)
astrophotography with - 0.25% (3)
to think - 0.25% (3)
what causes - 0.25% (3)
sun at - 0.25% (3)
why this - 0.25% (3)
and what - 0.25% (3)
the sky, - 0.25% (3)
alex, question - 0.25% (3)
to understand - 0.25% (3)
think about - 0.25% (3)
2bit astrophotography - 0.25% (3)
causes double - 0.25% (3)
snow white? - 0.17% (2)
coronal mass - 0.17% (2)
is snow - 0.17% (2)
why is - 0.17% (2)
if this - 0.17% (2)
filled with - 0.17% (2)
at gravity - 0.17% (2)
between them: - 0.17% (2)
a resemblance - 0.17% (2)
round. now - 0.17% (2)
one may - 0.17% (2)
wonder why - 0.17% (2)
soon see - 0.17% (2)
bodies, we - 0.17% (2)
at pictures - 0.17% (2)
of planets, - 0.17% (2)
stars or - 0.17% (2)
other celestial - 0.17% (2)
so, why - 0.17% (2)
can't we - 0.17% (2)
and learn - 0.17% (2)
first look - 0.17% (2)
things about - 0.17% (2)
the creation - 0.17% (2)
of celestial - 0.17% (2)
need to - 0.17% (2)
here, we - 0.17% (2)
have cubic - 0.17% (2)
or pyramid - 0.17% (2)
shaped planets? - 0.17% (2)
going on - 0.17% (2)
bodies like - 0.17% (2)
planets round? - 0.17% (2)
is so, - 0.17% (2)
may wonder - 0.17% (2)
why can't - 0.17% (2)
we have - 0.17% (2)
cubic or - 0.17% (2)
now one - 0.17% (2)
are round. - 0.17% (2)
celestial bodies, - 0.17% (2)
or other - 0.17% (2)
we soon - 0.17% (2)
resemblance between - 0.17% (2)
them: they - 0.17% (2)
pyramid shaped - 0.17% (2)
planets? to - 0.17% (2)
few things - 0.17% (2)
learn a - 0.17% (2)
about the - 0.17% (2)
creation of - 0.17% (2)
like the - 0.17% (2)
gravity and - 0.17% (2)
to first - 0.17% (2)
understand what - 0.17% (2)
is going - 0.17% (2)
on here, - 0.17% (2)
we need - 0.17% (2)
planets, stars - 0.17% (2)
pictures of - 0.17% (2)
however if - 0.17% (2)
and warmth. - 0.17% (2)
at the - 0.17% (2)
sunrise, sunset - 0.17% (2)
or even - 0.17% (2)
with light - 0.17% (2)
providing us - 0.17% (2)
18-10-2012 by - 0.17% (2)
on 18-10-2012 - 0.17% (2)
all know - 0.17% (2)
big yellow - 0.17% (2)
disk in - 0.17% (2)
through a - 0.17% (2)
cloud, it - 0.17% (2)
then we - 0.17% (2)
we stop - 0.17% (2)
realise that - 0.17% (2)
quite odd, - 0.17% (2)
are planets - 0.17% (2)
white. if - 0.17% (2)
it seems - 0.17% (2)
suddenly turns - 0.17% (2)
red or - 0.17% (2)
orange and - 0.17% (2)
around noon - 0.17% (2)
more) what - 0.17% (2)
or orange - 0.17% (2)
science behind - 0.17% (2)
go deeper - 0.17% (2)
them, and - 0.17% (2)
explain the - 0.17% (2)
workings of - 0.17% (2)
we can - 0.17% (2)
are formed, - 0.17% (2)
now that - 0.17% (2)
reading] what - 0.17% (2)
we understand - 0.17% (2)
rainbows and - 0.17% (2)
how they - 0.17% (2)
something much - 0.17% (2)
more mysterious; - 0.17% (2)
something even - 0.17% (2)
luck and - 0.17% (2)
more magical - 0.17% (2)
single rainbow. - 0.17% (2)
mainly because - 0.17% (2)
of good - 0.17% (2)
a sign - 0.17% (2)
rainbow. for - 0.17% (2)
the double - 0.17% (2)
ages it - 0.17% (2)
has been - 0.17% (2)
seen as - 0.17% (2)
play with. - 0.17% (2)
fun to - 0.17% (2)
work with - 0.17% (2)
made to - 0.17% (2)
the nintendo - 0.17% (2)
game boy. - 0.17% (2)
well known - 0.17% (2)
was especially - 0.17% (2)
1998 that - 0.17% (2)
a monochrome, - 0.17% (2)
camera is - 0.17% (2)
2bit, 128x112 - 0.17% (2)
pixel cmos - 0.17% (2)
camera from - 0.17% (2)
first affordable - 0.17% (2)
portable digital - 0.17% (2)
a curiosity - 0.17% (2)
more than - 0.17% (2)
from days - 0.17% (2)
long past, - 0.17% (2)
but nevertheless - 0.17% (2)
not much - 0.17% (2)
day. currently - 0.17% (2)
camera and - 0.17% (2)
was actually - 0.17% (2)
considered decent - 0.17% (2)
in its - 0.17% (2)
even rarer - 0.17% (2)
and much - 0.17% (2)
warmth. however - 0.17% (2)
light and - 0.17% (2)
at sunrise, - 0.17% (2)
sunset or - 0.17% (2)
even through - 0.17% (2)
us with - 0.17% (2)
sky, providing - 0.17% (2)
know the - 0.17% (2)
the color - 0.17% (2)
sun as - 0.17% (2)
the big - 0.17% (2)
yellow disk - 0.17% (2)
a cloud, - 0.17% (2)
it suddenly - 0.17% (2)
it, then - 0.17% (2)
stop to - 0.17% (2)
we realise - 0.17% (2)
that this - 0.17% (2)
is quite - 0.17% (2)
be white. - 0.17% (2)
seems to - 0.17% (2)
turns red - 0.17% (2)
lorem ipsum - 0.17% (2)
and around - 0.17% (2)
noon it - 0.17% (2)
of these - 0.17% (2)
answer any - 0.17% (2)
inspiring hundreds - 0.17% (2)
of time. - 0.17% (2)
of stories, - 0.17% (2)
myths and - 0.17% (2)
fairytales, rainbows - 0.17% (2)
the dawn - 0.17% (2)
people since - 0.17% (2)
of natures - 0.17% (2)
are one - 0.17% (2)
most beautiful - 0.17% (2)
and amazing - 0.17% (2)
sights, mystifying - 0.17% (2)
source of - 0.17% (2)
fascination to - 0.17% (2)
always those - 0.17% (2)
work? why - 0.17% (2)
colors? and - 0.17% (2)
they always - 0.17% (2)
arcs? to - 0.17% (2)
questions; how - 0.17% (2)
ask ourselves - 0.17% (2)
many, however - 0.17% (2)
not well - 0.17% (2)
understood. so - 0.17% (2)
let us - 0.17% (2)
odd, what - 0.17% (2)
the game boy - 0.42% (5)
how do rainbows - 0.42% (5)
game boy camera - 0.42% (5)
a single rainbow - 0.34% (4)
than a single - 0.34% (4)
[continue reading] why - 0.34% (4)
question asked by - 0.34% (4)
if we look - 0.34% (4)
alex, question asked - 0.25% (3)
astrophotography with the - 0.25% (3)
with the game - 0.25% (3)
what causes double - 0.25% (3)
this is so - 0.25% (3)
think about it, - 0.25% (3)
why this is - 0.25% (3)
causes double rainbows? - 0.25% (3)
the sun at - 0.25% (3)
to work with - 0.17% (2)
the first affordable - 0.17% (2)
the nintendo game - 0.17% (2)
well known as - 0.17% (2)
boy. it is - 0.17% (2)
and was actually - 0.17% (2)
a curiosity from - 0.17% (2)
days long past, - 0.17% (2)
but nevertheless fun - 0.17% (2)
to play with. - 0.17% (2)
much more than - 0.17% (2)
it is not - 0.17% (2)
was especially made - 0.17% (2)
considered decent in - 0.17% (2)
its day. currently - 0.17% (2)
portable digital camera - 0.17% (2)
camera is a - 0.17% (2)
look at gravity - 0.17% (2)
and learn a - 0.17% (2)
few things about - 0.17% (2)
need to first - 0.17% (2)
on here, we - 0.17% (2)
planets? to understand - 0.17% (2)
what is going - 0.17% (2)
we have cubic - 0.17% (2)
the creation of - 0.17% (2)
celestial bodies like - 0.17% (2)
or pyramid shaped - 0.17% (2)
monochrome, 2bit, 128x112 - 0.17% (2)
pixel cmos camera - 0.17% (2)
so, why can't - 0.17% (2)
reading] why do - 0.17% (2)
why is snow - 0.17% (2)
massive coronal mass - 0.17% (2)
from 1998 that - 0.17% (2)
are formed, we - 0.17% (2)
round. now one - 0.17% (2)
may wonder why - 0.17% (2)
this is so, - 0.17% (2)
why can't we - 0.17% (2)
them: they are - 0.17% (2)
a resemblance between - 0.17% (2)
planets, stars or - 0.17% (2)
other celestial bodies, - 0.17% (2)
we soon see - 0.17% (2)
have cubic or - 0.17% (2)
pyramid shaped planets? - 0.17% (2)
learn a few - 0.17% (2)
things about the - 0.17% (2)
creation of celestial - 0.17% (2)
bodies like the - 0.17% (2)
at gravity and - 0.17% (2)
to first look - 0.17% (2)
to understand what - 0.17% (2)
is going on - 0.17% (2)
here, we need - 0.17% (2)
at pictures of - 0.17% (2)
on 18-10-2012 by - 0.17% (2)
behind them, and - 0.17% (2)
explain the workings - 0.17% (2)
of something much - 0.17% (2)
more mysterious; the - 0.17% (2)
into the science - 0.17% (2)
can go deeper - 0.17% (2)
we understand rainbows - 0.17% (2)
and how they - 0.17% (2)
one may wonder - 0.17% (2)
double rainbow. for - 0.17% (2)
ages it has - 0.17% (2)
single rainbow. mainly - 0.17% (2)
because it is - 0.17% (2)
even rarer than - 0.17% (2)
magical than a - 0.17% (2)
something even more - 0.17% (2)
been seen as - 0.17% (2)
a sign of - 0.17% (2)
good luck and - 0.17% (2)
18-10-2012 by alex, - 0.17% (2)
bodies, we soon - 0.17% (2)
something much more - 0.17% (2)
mysterious; the double - 0.17% (2)
rainbow. for ages - 0.17% (2)
it has been - 0.17% (2)
the workings of - 0.17% (2)
them, and explain - 0.17% (2)
how they are - 0.17% (2)
formed, we can - 0.17% (2)
go deeper into - 0.17% (2)
the science behind - 0.17% (2)
seen as a - 0.17% (2)
sign of good - 0.17% (2)
single rainbow and - 0.17% (2)
are one of - 0.17% (2)
natures most beautiful - 0.17% (2)
and amazing sights, - 0.17% (2)
rarer than a - 0.17% (2)
it is even - 0.17% (2)
luck and something - 0.17% (2)
even more magical - 0.17% (2)
rainbow. mainly because - 0.17% (2)
understand rainbows and - 0.17% (2)
now that we - 0.17% (2)
made to work - 0.17% (2)
with the nintendo - 0.17% (2)
game boy. it - 0.17% (2)
is well known - 0.17% (2)
that was especially - 0.17% (2)
camera from 1998 - 0.17% (2)
boy camera is - 0.17% (2)
a monochrome, 2bit, - 0.17% (2)
128x112 pixel cmos - 0.17% (2)
as the first - 0.17% (2)
affordable portable digital - 0.17% (2)
than a curiosity - 0.17% (2)
from days long - 0.17% (2)
past, but nevertheless - 0.17% (2)
fun to play - 0.17% (2)
not much more - 0.17% (2)
currently it is - 0.17% (2)
camera and was - 0.17% (2)
actually considered decent - 0.17% (2)
in its day. - 0.17% (2)
mystifying people since - 0.17% (2)
the dawn of - 0.17% (2)
it suddenly turns - 0.17% (2)
red or orange - 0.17% (2)
and around noon - 0.17% (2)
it seems to - 0.17% (2)
through a cloud, - 0.17% (2)
sunset or even - 0.17% (2)
light and warmth. - 0.17% (2)
however if we - 0.17% (2)
look at the - 0.17% (2)
sun at sunrise, - 0.17% (2)
be white. if - 0.17% (2)
we stop to - 0.17% (2)
of planets, stars - 0.17% (2)
or other celestial - 0.17% (2)
see a resemblance - 0.17% (2)
between them: they - 0.17% (2)
look at pictures - 0.17% (2)
are planets round? - 0.17% (2)
then we realise - 0.17% (2)
that this is - 0.17% (2)
quite odd, what - 0.17% (2)
providing us with - 0.17% (2)
in the sky, - 0.17% (2)
many, however they - 0.17% (2)
are not well - 0.17% (2)
understood. so let - 0.17% (2)
us ask ourselves - 0.17% (2)
of fascination to - 0.17% (2)
are a source - 0.17% (2)
time. inspiring hundreds - 0.17% (2)
of stories, myths - 0.17% (2)
and fairytales, rainbows - 0.17% (2)
a few questions; - 0.17% (2)
work? why always - 0.17% (2)
color of the - 0.17% (2)
all know the - 0.17% (2)
sun as the - 0.17% (2)
big yellow disk - 0.17% (2)
what is the - 0.17% (2)
answer any of - 0.17% (2)
those colors? and - 0.17% (2)
why are they - 0.17% (2)
always arcs? to - 0.17% (2)
are round. now - 0.17% (2)

Here you can find chart of all your popular one, two and three word phrases. Google and others search engines means your page is about words you use frequently.

Copyright © 2015-2016 hupso.pl. All rights reserved. FB | +G | Twitter

Hupso.pl jest serwisem internetowym, w którym jednym kliknieciem możesz szybko i łatwo sprawdź stronę www pod kątem SEO. Oferujemy darmowe pozycjonowanie stron internetowych oraz wycena domen i stron internetowych. Prowadzimy ranking polskich stron internetowych oraz ranking stron alexa.