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Olivia Daley

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the difference between bitmap and vector is that bitmap expands and pixellates because of computer graphics and vector doesnt.

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the difference between bitmap and vector is that bitmap expands and pixellates because of computer graphics and vector doesnt.

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the difference between bitmap and vector is, bitmap is pixellated and fuzzy,vector images are clear

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The difference between vector and bitmap is bitmap is fuzzy and vector has a sharp smooth edge

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The difference between vector and bitmap is bitmap is fuzzy and vector has a sharp smooth edge

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Izzy :)

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ERYN:)

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The difference between Bitmap and  Vector is that, Bitmap is that Bitmap is pixelated and not scalable at all. However Vector is scalable and the clarity that it is a dog is very high. The reason that Bitmap is pixelated is that he has been enlarged an the computr graphics could not take it.

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This shows the difference between vector and bitmap. This also shows that vector is much clearer and easy to see. Also it will stay clear when expanded.

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who spet my name wrong

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Vector is scalable. It has much sharper edges, and a better level of clarity. It will also never pixelate. Where as bitmap  causes pixelation, and the computer graphics are very fuzzy, and made up of tiny little blocks.

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A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots

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A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots

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the difference between vector and bitmap is that vector is pixalled and not scalable due to computer graphics 

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the difference between vector and bitmap is that vector is pixalled and not scalable due to computer graphics 

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izzy :) :)

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A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots (note that bit-maps are often referred to as raster graphics)

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A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots (note that bit-maps are often referred to as raster graphics)

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Bitmap and Vector are different in the way that Bitmap is indeed poor and pixelated the scalable computer graphic looks like this

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Bitmap and Vector are different in the way that Bitmap is indeed poor and pixelated the scalable computer graphic looks like this

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¬this one is scalable one

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Eryn :)

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 A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots 

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 A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots 

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The difference between a bitmap and vector image is that a bitmap image becomes pixelated if it is expanded using computer graphics, while a vector image is scalable and cannot have pixelation no matter how many times it is expanded.

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Vector is sharp and bitmap is blurry and pixelated

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Vector is sharp and bitmap is blurry and pixelated

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The difference between bitmap and vector is that vector is scale able without the computer graphics enduring pixelation

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the differnce between bitmap and vector is

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The 2nd picture is pix-elated and a vector image-on the left can be enlarged and stay clear but the bitmap photo is fuzzy and would need to be fixed to see clearly again. Lorna

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The difference between vector and bimap is bitmap is blurry and pixelated and vector is sharp and not blurry

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The difference between vector and bimap is bitmap is blurry and pixelated and vector is sharp and not blurry

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the difference between bitmap and vector is that vector is pixellated and not scalable whereas bitmap is the opposite.

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A vector image uses geometrical formulas to represent images. The other way of representing graphical images is through bit-maps in which the image is made up of a pattern of dots (note that bit-maps are often referred to as raster graphics).

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A Vector image uses formulas to un-do pixelation. It's scalable and uses more advanced computer graphics to re-create images. By this I mean that anything you make on the computer is made by using computer graphics you don't know about (hence more advanced!) Pictures are made up with a pattern of complicated technical dots. And when using Vector the photo becomes Vectorised.

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A Vector image uses formulas to un-do pixelation. It's scalable and uses more advanced computer graphics to re-create images. By this I mean that anything you make on the computer is made by using computer graphics you don't know about (hence more advanced!) Pictures are made up with a pattern of complicated technical dots. And when using Vector the photo becomes Vectorised.

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Olivia Daley xx VECTOR vs BITMAP
1                       0

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Some of the many differences between Bitmap and Vector is that firstly Bitmaps graphics are poor and pixelated when the size is increased like this pixelated picture below

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the difference between bitmap and vector is vector is very clear but bitmap is pixelated 

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the difference between bitmap and vector is vector is very clear but bitmap is pixelated 

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If it is bitmap and you enlarge it gets fuzzy and if it is vector it shouldn't be fuzzy but sharp
By Nia Howells

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The difference between vector and bitmap is that vector is clear and not pix-elated but bitmap is blurry and a pix-elated image.

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The difference between vector and bitmap is that vector is clear and not pix-elated but bitmap is blurry and a pix-elated image.

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Lorna

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bitmap has pixelation and bad  computer graphics but vector doesnt 

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bitmap has pixelation and bad  computer graphics but vector doesnt 

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Eryn :)

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the difference between vector a

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the difference between bitmap and vector is bitmap pixelated when being enlarged while vector can be enlarged but still in clear image or text

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the difference between bitmap and vector is that bitmap has sharp edges and vector turns pixelated and fuzzy

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the difference between bitmap and vector is that bitmap has sharp edges and vector turns pixelated and fuzzy

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A vector image uses geometrical formulas to represent images. 

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A vector image uses geometrical formulas to represent images. 

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The other way of representing images is processed through bitmap. Bitmap doesn't really use any geographical formulas like vector. Photoshop is for raster and illistartor is for vector ( a bitmap is often referred to as a raster image).

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the difference between bitmap and vector is that bitmap 

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the difference between bitmap and vector is that bitmap 

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The difference between bitmap and vector is one has pixelation and one has good computer graphics and one is scalable. 

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The difference between bitmap and vector is one has pixelation and one has good computer graphics and one is scalable. 

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BY LUKE BURGESS.

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Deciding which type of image to use can seem overwhelming for most people, but there are simple ways to tell the difference and discern which image you should use for which type of project. Almost every digital image can be placed into one of two categories, Bitmap Images (also known as Rasters) and Vector Graphics. An easy way to think of bitmap images is they are generally digital pictures or scanned images. Drawings made in Adobe Illustrator, Corel Draw, or Inkscape are saved as Vector Graphics.

Bitmap is mostly used to represent real life, where vector is generally used for more abstract images such as logos. The two formats are very different but the end results can, at times, be made to look similar; an abstract bitmap or a realistic looking vector is not uncommon.

Bitmap Images

Bitmap images are what most people think of when they think of a digital image. They are made up of a collection of bits that make up an image. If you have ever zoomed in on a photo to the point where it looks like a bunch of squares then you have seen a bitmap image. Below is a bitmap image with a magnified section to show what we mean.

Bitmaps are larger than their vector counterparts, which along with the loss of image stability when zooming in are two of their main disadvantages. They are however a much simpler output and easier to create for the most part.

Typical file formats of bitmaps include: bmp (outdated), eps, gif, jpg, pdf, psd, tiff, and png.

Vector Graphics

Vector Graphics are completely made up of mathematically defined points and interactions. Each line is made of either a collection of points with lines connecting all of the points, or a few control points connected by Bezier Curves. Most vectors use the latter method as it creates smaller file types and smoother looking images. Below is a vector image with the lines that make up the image beside it.

Vector drawings are generally smaller files because they only contain data and not full images. Vector drawings can also be scaled without losing any quality, which makes them ideal for company logos or other objects that need frequent resizing. They are much more difficult to output especially if you have many small objects included in your drawing.

Typical file formats of vectors include: eps, pdf, ai, and svg

Hopefully these tips will help you decide which image is best for your needs, whether you are designing a Custom Patch, a Custom Label, or even a Temporary Tattoo it is always good to use a vector when possible, that way you can scale the size if you need the same image on a Window Decal for a giant window and a Custom Patch for a uniform at the same time. Of course at StickerYou we can deal with any image type so feel free to upload your image in your format and we will make your message stick. Any size, any shape, any quantity.

Get other great ideas, inspiration and sweet deals delivered directly to your inbox by signing up for our newsletter here.

StickerYou blog posts are written and published by members of the StickerYou team at our headquarters, located in the beautiful city of Toronto, Canada.

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Deciding which type of image to use can seem overwhelming for most people, but there are simple ways to tell the difference and discern which image you should use for which type of project. Almost every digital image can be placed into one of two categories, Bitmap Images (also known as Rasters) and Vector Graphics.

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the difference between vector and bitmap is usually the pix elation of the picture. using the vector you can change the geometrical formula so you can make your picture non-pix elated. it can also, help you enlarge your computer graphics and make it scalable. EVAN PENNINGTON

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the difference between Bitmap and Vector is that Bitmap is pixelated

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bitmap=blurry

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The difference between a bitmap and a vector is that a bitmap is an image that pixelates when expanded using computer graphics and a vector image is scalable and stops pixelation from happening no matter how many times it is expanded.

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The difference between a Bitmap and a vector image is that vector is scalable but bitmap is not. Also bitmap can be pixelated. Also you can use computer graphics on vector but not on bitmap.A vector uses geometrical formulas to represent images.

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The difference between a Bitmap and a vector image is that vector is scalable but bitmap is not. Also bitmap can be pixelated. Also you can use computer graphics on vector but not on bitmap.A vector uses geometrical formulas to represent images.

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By Mali Stevenson

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The differences between bitmap and vector

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The differences between bitmap and vector

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A vector image is  slick and clear  a vector image will also never become pixelated as it gets bigger unlike bitmap which will pixelate once it has been scaled. Using computer graphics you can make a picture non- pixelated  - Sophie Evans 

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A vector image is  slick and clear  a vector image will also never become pixelated as it gets bigger unlike bitmap which will pixelate once it has been scaled. Using computer graphics you can make a picture non- pixelated  - Sophie Evans 

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The differences between vector and bitmap are that vector has pixelation and isn't scalable. However vector is clear and you can adjust the scale.  These all use computer graphics . Niamh Watkins

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The differences between vector and bitmap are that vector has pixelation and isn't scalable. However vector is clear and you can adjust the scale.  These all use computer graphics . Niamh Watkins

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are we supposed to write the answers on here?

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the difference between bitmap and vector is that bitmap is pixellated and vector is clear

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the difference between bitmap and vector is that bitmap is pixellated and vector is clear

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ERYN:)

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The differences between vector and bitmap is that the bitmap picture is pixelated. 

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The differences between vector and bitmap is that the bitmap picture is pixelated. 

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by SAM ALLINSON

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the difference between bitmap and vector is bitmap pixelated when being inlargeded

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Vector is scalable. It has much sharper edges, and very high clarity . Where as Bitmap causes pixelation in the computer graphics, it looks very fuzzy.

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the difference between vector and bitmap is that bitmap is pixlated and vector is clean and sharp 

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the difference between vector and bitmap is that bitmap is pixlated and vector is clean and sharp 

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The difference between bitmap and vector images is that the vector images are scalable and won't pixelate. Pixelation is when the picture is fuzzy and isn't clear. The bitmap pictures are pixelated, which means when you enlarge the picture, it becomes fuzzy. Using computer graphics, we can achieve vector images.

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the differences vector and bitcoin are vector is never pixelated in every scale whereas bitcoin is non pixelated in 1 scale but if it was made bigger the picture wiull pixelate

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the differences vector and bitcoin are vector is never pixelated in every scale whereas bitcoin is non pixelated in 1 scale but if it was made bigger the picture wiull pixelate

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the difference between bitmap and vector is that bitmap becomes pixellated when stretched and vector does not

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the difference between bitmap and vector is that bitmap becomes pixellated when stretched and vector does not

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The difference between bitmap and vector is that bitmap becomes pixilated

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The difference between bitmap and vector is that bitmap becomes pixilated

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and fuzzy when you enlarge the image but vector has sharp lines and isn't pix-elated
By Nia Howells

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The difference between a bitmap and a vector is that a vector doesn't have any pixelation

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The difference between a bitmap and a vector is that a vector doesn't have any pixelation

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The difference between bitmap and vector is that one is pixelated and one is fine.

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the difference between bitman and vector is

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The differences between bitmap and vector is that vector is not blurry but bitmap is 

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The differences between bitmap and vector is that vector is not blurry but bitmap is 

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The difference between a bitmap and vector image is very simple. A vector image will never pixelate and the image is always scalable and the computer graphics are much clearer than a bitmap. A bitmap image is very pixelated and it is very unclear and made up of mini blocks.

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The differences between bitmap and vector are that vector become pixelated when you in large them.

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The differences between bitmap and vector are that vector become pixelated when you in large them.

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is very noticable. When enlargened it becomes very blurry and looks smudged. Vector is basically the same but allows the scale to grow/shrink without pixelating and the computer graphics are better.

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the difference between vector and bitmap is that vector is scalable but when you try with bitmap pixelation occurs, this means that with vector any computer graphic can be made from business cards to huge banners whereas you have to recreate the image on bitmap

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The difference between a bitmap and a vector image is, a vector image is clear and easy to see but a bitmap image is fuzzy and pixilated

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The difference between a bitmap and a vector image is, a vector image is clear and easy to see but a bitmap image is fuzzy and pixilated

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jigsaws are jucy