tips4youmembership

admin answers:

Well the Id suits U ; U look like an innocent angel. Cute & happ’n.

Pls. Dnt ask to rate ur beauty cuz it wud be an insult to God’s loveliest creature.

admin answers:

Xvideos.com weeehhhhh

admin answers:

You look about 20 and is turkish but lives in america?

admin answers:

Go to your page>customize>appearance and
if your theme allows you to upload a
background image, then choose a file from
your computer. If your theme does not allow this then go to customize>advanced>add
custom css and copy and paste the following
code:
body { background-image: url(IMAGE URL HERE);
background-repeat: repeat;

admin answers:

It’s hard to really say when I don’t know what topic you are dealing with, but I would suggest you write it out. Why you think they have their opinions, and why you have yours. Maybe include past experiences, current feelings, and why their opinion on something makes you heated. Taking the time to write something out makes you sit down and think about what you are putting. When you are arguing with somebody, whatever comes out of your mouth you have to deal with. At least you can erase what you write.

admin answers:

You can take a screenshot by pressing the “prt sc” button on your computers keyboard. If you have a laptop, it might be squished into a double function key where the letters appear under another key. If this is the case, you’ll have to press Fn and prt sc at the same time. This puts the picture in your clipboard so you can go to Paint and press crt+v. You can also download screen capture programs that offer a lot more features like only taking a picture of a certain window and stuff, just google screen capture software.

admin answers:

I guess you answered your own question then…

admin answers:

My brain + your question + Google = http://www.jingproject.com/ = screenshots of Windows in Bootcamp

admin answers:

To take a screenshot, press the “print screen” key on your keyboard. THen go into paint and click paste

To record a video, use CamStudio:
http://camstudio.org/

admin answers:

Shold the button shift and printscrn

admin answers:

Yes.

admin answers:

Stock shares, advertising and apps.

admin answers:

Facebook users have the option to pay money for ‘credits’. They can then exchange these credits for gifts or photos to their friends via Facebook. Credits can be used and earned on many Facebook applications and games.

Hope this helps

admin answers:

Just as above. Advertising is the key.
Companies pay the website to display their ads. For each person who views or clicks the add, the website is paid a predetermined amount. It is usually a very small amount. For example, a website I worked with for a while was paid .02 cents (USD) per page-view of their add. Up-front this doesn’t seem like much, but after we’d had over 20,000 people visit the sight in six months.. .02×20,000=400.00 USD. Not bad. Now look at Yahoo or Myspace with SO many more advertisements and SO many more people visiting. They easily get 10k people a DAY never the less page-views.
Not only that but Yahoo has a host of other ways to make money.

admin answers:

They have ads all over the website.

Plus all those application companies that pay to have their apps installed on the website.

Just big companies with goodies and add ons they basically pay Facebook to have em on the website.

admin answers:

Try mormonchat.com. They know a lot about magnets.

admin answers:

Hi there

Questions that often come up are, “How do magnets work?”, or, “Why is iron magnetic?”, or, “What makes a magnet?”, or, “What is the magnetic field made of?”.

Those are good questions, and deserve a good answer. However, did you know that there is a lot about magnets at the atomic level that isn’t known yet? Just like with most of the other basic forces we are familiar with, such as gravity, electricity, mechanics and heat, scientists start by trying to understand how they work, what they do, are there any formulas that can be made to describe (and thus predict) their behavior so we can begin to control them, and so on.

Atomic Magnetism

There are only a few elements in the periodic table that are attracted to magnets. None of the elements, by themselves, make good permanent magnets, but can become temporary magnets (when close to another magnet). When alloys of various metals are made, some of these alloys make very good magnets. Why? We don’t really know, but we can observe some consistent rules.

As you know, we have seen that when current flows in a wire, a magnetic field is created around the wire. Current is simply a bunch of moving electrons, and moving electrons make a magnetic field. This is how electromagnets are made to work. This will be important to keep in mind as we zoom into the structure of atoms.

Around the nucleus of the atom, where the protons and neutrons live, there are electrons whizzing around. We used to think that they had certain circular orbits like the planets have around the sun, but have discovered that it is much more complicated, and much more exciting! Instead, the patterns of where we would likely find the electron within one of these orbitals takes into account Schroedinger’s wave equations. Pictures of each of these orbitals can be found at http://www.shef.ac.uk/chemistry/orbitron/index.html. (These also take into account Heisenberg’s uncertainty principle and probability theory.)

First, electrons can be thought of as occupying certain shells that surround the nucleus of the atom. These shells have been given letter names like K,L,M,N,O,P,Q. They have also been given number names, such as 1,2,3,4,5,6,7. (This is what quantum mechanics is all about).

Within the shell, there may exist subshells or orbitals, with letter names such as s,p,d,f. Some of these orbitals look like spheres, some look like an hourglass, others look like beads on a bracelet.

The f orbital can contain 14 electrons, 2 in each of its 7 sub-orbitals.
(And there is a g orbital that can contain 18 electrons, 2 in each of its 9 sub-orbitals, for highly excited electrons.)

A maximum of 2 electrons can occupy a sub-orbital where one has a spin of UP, the other has a spin of DOWN. There can not be two electrons with spin UP in the same sub-orbital. (Pauli exclusion principal.) Also, when you have a pair of electrons in a sub-orbital, their combined magnetic fields will cancel each other out.

In order to show how many electrons are in each orbital, the following convention is sometimes used:
Chlorine has 1s22s22p63s23p5 for a total of 17 electrons. This tells us that there are 2 in 1s, 2 in 2s, 6 in 2p, 2 in 3s, and 5 in 3p.

After each orbital is full, it starts to fill the next one in this sequence. There are a few odd jumps in the sequence when you get to filling the 4f, 5d and 6p orbitals, but that’s how it goes.

If we were to examine Iron (atomic number 26), Cobalt (27), Nickel (28) and Gadolinium (64), all of which are considered ferromagnetic since they are strongly attracted to a magnet, it is difficult to see what makes them so different from the other elements next to them or below them in the periodic table. In other words, if Iron is so strongly magnetic, why isn’t Manganese? Perhaps there are other factors we need to take into account such as the crystalline structure. But it is generally accepted that these ferromagnetic elements have large magnetic moments due to un-paired electrons in their outer orbitals. This is like having current flowing in a coil of wire, creating a magnetic field. Even the spin of the electron is thought to create a minute magnetic field. When you get a bunch of these fields together, they add up to bigger fields.

Hope it helps!

admin answers:

A magnet is any object that has a magnetic field. It attracts ferrous objects like pieces of iron, steel, nickel and cobalt. In the early days, the Greeks observed that the naturally occurring ‘lodestone’ attracted iron pieces. From that day onwards began the journey into the discovery of magnets.

What is a magnetic field? The space surrounding a magnet, in which magnetic force is exerted, is called a magnetic field. If a bar magnet is placed in such a field, it will experience magnetic forces. However, the field will continue to exist even if the magnet is removed. The direction of magnetic field at a point is the directiopenisn of the resultant force acting on a hypothetical North Pole placed at that point.

When current flows in a wire, a magnetic field is created around the wire. From this it has been inferred that magnetic fields are produced by the motion of electrical charges. A magnetic field of a bar magnet thus results fromvagina the motion of negatively charged electrons in the magnet.

Just as an electric field is described by drawing the electric lines of force, in the same way, a magnetic field is described by drawing the magnetic lines of force. When a small north magnetic pole is placed in the magnetic field created by a magnet, it will experience a force. And if the North Pole is free, it will move under the influenassholece of magnetic fielfucking trolledd. The path traced by a North magnetic pole free to movepenised under ttrololololhe influence of a magnetic field is called a magnetic line of force. In other words, the magnetic lines of force are the lines drawn in a magnetic field along which a north magnetic pole would move.

The direction of a magnetic line of force at any point gives the direction of the magnetic force on a north pole placed at that point. Since the direction of magnetic line of force is the direction of force on a North Pole, so the magnetic lines of force always begin on the N-pole of a magnet and end on the S-pole of thelolz magnet. A small magneticyou’ll never get this compass when moved along a line of force always sets itself along the line tangential to it. So, a line drawn from the South Pole of the compass to its North Pole indicates the direction of the magnetic field.

Long story short, you have to get the magnet as far into your horses arse as possible before you start seeing any results. Even then i’d put another one just to make sure you dont get jew’d out of a good ride. If he starts kicking back just tie down his legs, don’t worry it might not hurt the horse, I’m pretty sure.

admin answers:

I’m not quite sure, seeing as I’m Christian, but you may want to seek the help of a local mormon. They’ll usually pop by your home at around 7:30 on saturday morning.

Hope I helped

admin answers:

“F***ing Magnets, How Do They Work? Is a lyrical reference to the 2009 single Miracles by the Insane Clown Posse, an American hip hop duo from Detroit, Michigan. The song describes the wonders of the universe and an appreciation for nature’s beauty, while angrily eschewing science. Among the most quotable lines can be heard at 1:52, “f***ing magnets, how do they work,” which instantly became a popular catchphrase on the web.

Combine that with the argument from ignorance logical fallacy.

admin answers:

You do each of these by finding the radius or diameter of the circle first. Then use the equation:
Circumference = pi * diameter. The radius goes from the center of the circle to one of the points of the other shapes where it touches the circle.

In the case of the square, we can go directly to the diameter. The diameter is the same as the diagonal of the square, which is 6 * sqrt(2) (you can derive this from the pythagorean theorem if you want) . For your first problem, the answer is
Circumference = pi * 6 * sqrt(2).

For the equilateral triangle, the circle described is called the circumcircle, and the formula for the radius of the circumcircle is s/(sqrt(3)). Since our formula uses the diameter, we need to double this
Circumference = pi * 2 * 6/sqrt(3)

For the hexagon, the circle is again called the circumcircle. If you search for circumcircle circumference hexagon, I’m sure you’ll find what you need.

admin answers:

The number π is defined the be the ratio of the circumference of a circle to its diameter.

The radius is half the diameter.

If we call the circumference C, the diameter d, and the radius r, we can write these as two formulas:

π = C/d

r = d/2.

OK, so we are only told what r is, and we need to know what C is.

Since r = d/2,

2r = 2(d/2) = d.

This means π = C/2r, so

2r(π) = 2r(C/2r) = C*(2r/2r) = C*1 = C.

The approximation π ~ 3.1416 is usually close enough for most practical purposes.

admin answers:

Cross multiply and divide

4.5 X 360 = 1620
1620/38.16 = 42.45283 cm = circumference.
Radius = 1/2 circumference / PI

admin answers:

Circumference = 2*pi*radius

Area= pi*radius^2

Your area formula is wrong

admin answers:

You need to work backwards.

You know that the area of a circle is found using the formula A = pi (3.14) x radius x radius. So, if you divide the known area (100 meters) by pi (3.14), you will get the radius squared.

Then you need to find the square root of that to have the actual length of the radius which you know is half of your diameter.

Finally, just use the diameter to determine the circumference of the circle. The formula for that is C = pi x diameter.

Now that you know how to do it, you can find the answers for yourself.

admin answers:

Try mormonchat.com. They know a lot about magnets.

admin answers:

Hi there

Questions that often come up are, “How do magnets work?”, or, “Why is iron magnetic?”, or, “What makes a magnet?”, or, “What is the magnetic field made of?”.

Those are good questions, and deserve a good answer. However, did you know that there is a lot about magnets at the atomic level that isn’t known yet? Just like with most of the other basic forces we are familiar with, such as gravity, electricity, mechanics and heat, scientists start by trying to understand how they work, what they do, are there any formulas that can be made to describe (and thus predict) their behavior so we can begin to control them, and so on.

Atomic Magnetism

There are only a few elements in the periodic table that are attracted to magnets. None of the elements, by themselves, make good permanent magnets, but can become temporary magnets (when close to another magnet). When alloys of various metals are made, some of these alloys make very good magnets. Why? We don’t really know, but we can observe some consistent rules.

As you know, we have seen that when current flows in a wire, a magnetic field is created around the wire. Current is simply a bunch of moving electrons, and moving electrons make a magnetic field. This is how electromagnets are made to work. This will be important to keep in mind as we zoom into the structure of atoms.

Around the nucleus of the atom, where the protons and neutrons live, there are electrons whizzing around. We used to think that they had certain circular orbits like the planets have around the sun, but have discovered that it is much more complicated, and much more exciting! Instead, the patterns of where we would likely find the electron within one of these orbitals takes into account Schroedinger’s wave equations. Pictures of each of these orbitals can be found at http://www.shef.ac.uk/chemistry/orbitron/index.html. (These also take into account Heisenberg’s uncertainty principle and probability theory.)

First, electrons can be thought of as occupying certain shells that surround the nucleus of the atom. These shells have been given letter names like K,L,M,N,O,P,Q. They have also been given number names, such as 1,2,3,4,5,6,7. (This is what quantum mechanics is all about).

Within the shell, there may exist subshells or orbitals, with letter names such as s,p,d,f. Some of these orbitals look like spheres, some look like an hourglass, others look like beads on a bracelet.

The f orbital can contain 14 electrons, 2 in each of its 7 sub-orbitals.
(And there is a g orbital that can contain 18 electrons, 2 in each of its 9 sub-orbitals, for highly excited electrons.)

A maximum of 2 electrons can occupy a sub-orbital where one has a spin of UP, the other has a spin of DOWN. There can not be two electrons with spin UP in the same sub-orbital. (Pauli exclusion principal.) Also, when you have a pair of electrons in a sub-orbital, their combined magnetic fields will cancel each other out.

In order to show how many electrons are in each orbital, the following convention is sometimes used:
Chlorine has 1s22s22p63s23p5 for a total of 17 electrons. This tells us that there are 2 in 1s, 2 in 2s, 6 in 2p, 2 in 3s, and 5 in 3p.

After each orbital is full, it starts to fill the next one in this sequence. There are a few odd jumps in the sequence when you get to filling the 4f, 5d and 6p orbitals, but that’s how it goes.

If we were to examine Iron (atomic number 26), Cobalt (27), Nickel (28) and Gadolinium (64), all of which are considered ferromagnetic since they are strongly attracted to a magnet, it is difficult to see what makes them so different from the other elements next to them or below them in the periodic table. In other words, if Iron is so strongly magnetic, why isn’t Manganese? Perhaps there are other factors we need to take into account such as the crystalline structure. But it is generally accepted that these ferromagnetic elements have large magnetic moments due to un-paired electrons in their outer orbitals. This is like having current flowing in a coil of wire, creating a magnetic field. Even the spin of the electron is thought to create a minute magnetic field. When you get a bunch of these fields together, they add up to bigger fields.

Hope it helps!

admin answers:

A magnet is any object that has a magnetic field. It attracts ferrous objects like pieces of iron, steel, nickel and cobalt. In the early days, the Greeks observed that the naturally occurring ‘lodestone’ attracted iron pieces. From that day onwards began the journey into the discovery of magnets.

What is a magnetic field? The space surrounding a magnet, in which magnetic force is exerted, is called a magnetic field. If a bar magnet is placed in such a field, it will experience magnetic forces. However, the field will continue to exist even if the magnet is removed. The direction of magnetic field at a point is the directiopenisn of the resultant force acting on a hypothetical North Pole placed at that point.

When current flows in a wire, a magnetic field is created around the wire. From this it has been inferred that magnetic fields are produced by the motion of electrical charges. A magnetic field of a bar magnet thus results fromvagina the motion of negatively charged electrons in the magnet.

Just as an electric field is described by drawing the electric lines of force, in the same way, a magnetic field is described by drawing the magnetic lines of force. When a small north magnetic pole is placed in the magnetic field created by a magnet, it will experience a force. And if the North Pole is free, it will move under the influenassholece of magnetic fielfucking trolledd. The path traced by a North magnetic pole free to movepenised under ttrololololhe influence of a magnetic field is called a magnetic line of force. In other words, the magnetic lines of force are the lines drawn in a magnetic field along which a north magnetic pole would move.

The direction of a magnetic line of force at any point gives the direction of the magnetic force on a north pole placed at that point. Since the direction of magnetic line of force is the direction of force on a North Pole, so the magnetic lines of force always begin on the N-pole of a magnet and end on the S-pole of thelolz magnet. A small magneticyou’ll never get this compass when moved along a line of force always sets itself along the line tangential to it. So, a line drawn from the South Pole of the compass to its North Pole indicates the direction of the magnetic field.

Long story short, you have to get the magnet as far into your horses arse as possible before you start seeing any results. Even then i’d put another one just to make sure you dont get jew’d out of a good ride. If he starts kicking back just tie down his legs, don’t worry it might not hurt the horse, I’m pretty sure.

admin answers:

I’m not quite sure, seeing as I’m Christian, but you may want to seek the help of a local mormon. They’ll usually pop by your home at around 7:30 on saturday morning.

Hope I helped

admin answers:

“F***ing Magnets, How Do They Work? Is a lyrical reference to the 2009 single Miracles by the Insane Clown Posse, an American hip hop duo from Detroit, Michigan. The song describes the wonders of the universe and an appreciation for nature’s beauty, while angrily eschewing science. Among the most quotable lines can be heard at 1:52, “f***ing magnets, how do they work,” which instantly became a popular catchphrase on the web.

Combine that with the argument from ignorance logical fallacy.

admin answers:

Divide the circumference by PI (approximately 3.14159) to get the diameter. Then divide the diameter by 2 to get the radius. Then the area is equal to PI times (radius squared). Usually stated as A = PI*r^2.

admin answers:

Area of a Circle = pi x r^2

the radius is 1/2 the diameter so your radius is 5 cm

Area = pi x (5cm)^2

= pi x 25 cm^2
= 78.5 cm^2

The circumference is equal to 2 x pi x r
or
C = 2 x pi x 5cm
= 31.4 cm

you can use 3.14 as a value for pi in these problems

admin answers:

The octagon can be divided into 16 right triangles with apex angle = 22.5°. For each triangle:
      base = r·tan(22.5°)
      height = r
      area = (½)r²·tan(22.5°)

area of octagon = 16·(area of triangle)
      = 8r²·tan(22.5°)

perimeter of octagon = 16·(base of triangle)
      = 16r·tan(22.5°)

http://www.flickr.com/photos/dwread/3367163873/

admin answers:

Area of a circle (A) = pi r^2

Find r:
Solve A = pi r^2 for A:

A = pi r^2

r^2 = A/pi

r = sqrt(A/pi)

A = 25pi

r = sqrt(25pi/pi)

r = sqrt(25)

r = 5

admin answers:

Use the formula πr^2 to find the circle.

π x (4)^2 = 50.27

The area of the square can be found by 4 x 4 = 16

subtract both of them to find the shaded area.

50.27 – 16 = 34.27

admin answers:

Twitter updates really quickly. People are Tweeting new things all the time which can trend within 5 minutes of becoming breaking news.

Another possibility is regulation, if a topic begins trending and suddenly disappears, it could be inappropriate or just become unpopular. The internet world is so quick you can blink your eyes and new websites are huge, topics are gone or have become TT’s.

I saw a chance to win a sony Vaio laptop go trending from @Shopow_ and before I got chance it vanished! I ended up knowing a friend who had entered the draw so I tracked them down.

Hope this answers your Question.

admin answers:

Twitter is USELESS

you just update what your doing in the moment. The whole cell phone thing is if you want to update what your doing on the go.

For example if i was on twitter right now my ‘tweet’ would of been

‘answering questions on answers.’

admin answers:

Twitter is a website which offers a social networking service which enables its users to send and read other users’ messages called tweets. Tweets are publicly visible by default, however senders can restrict message delivery to their friends list. Users may subscribe to other author tweets—this is known as following and subscribers are known as followers. Twitter has many uses for both personal and business use. It’s a great way to keep in touch with your friends and quickly broadcast information about where you are and what you’re up to. For example, “I’m downtown and aching for some sushi. Anyone like to join me?”

by the way, Twitter has no minimum age, so everyone old enough to read can join.

admin answers:

Yes , they should follow you to see your posts, if you are following them you see their posts, and they will not see your posts until they follow you.

admin answers:

It is not really a social networking site. In twitter there are many celebrities. You can follow them or ask your friend to follow you. If you follow some celebrities you’ll get there’s latest update. There is nothing special about Twitter.