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Back to Basics: Deciphering Shutter Speed and Motion

27 Nov

The post Back to Basics: Deciphering Shutter Speed and Motion appeared first on Digital Photography School. It was authored by Adam Welch.

back-to-basics-shutter-speed-and-motion

One of the things I love about photography is its simplicity. Now, I know that might be a contested statement in today’s seemingly endless world of digital photography. There are hundreds of cameras, likely thousands of lenses and virtually limitless combinations of the two. Not only that, but there are so many ways we can use our cameras. Landscapes, portraiture, street photography, architectural, abstract, wildlife, nature…the list continues. And yet, for all it’s technological and creative facets, the basics of photography remain alarmingly simple even today.

shutter-speed-and-motion-beginner-tutorial

The principles of aperture, shutter speed, and ISO constitute something called the “Exposure Triangle” and yes, I know, you’ve probably heard of it before today. The thing is, it is often these most fundamental nuances of photography that present themselves with the most difficulties, especially for beginners (and some pro) in photography.

It’s shutter speed and motion that we will be discussing today in this edition of “Back to Basics”. To be more precise, we’re going to be talking about the ways shutter speed relates to motion so that you will gain a more concrete understanding of how shutter speed affects your photos.

Shutter speed or shutter time?

Many years have passed since then, but I still remember how confused I was the first time I understood that shutter speed had absolutely nothing to do with how fast the shutter of my camera opened and closed.

Up until then, I had intuitively assumed that some cameras were simply made with faster shutters than others. I mean, come on, give me a break! I was new.

Anyway, I finally realized that shutter speed refers to the amount of time the shutter remains open…and not how fast it mechanically opens or shuts. So many concepts about shutter speed seemed to click (pun intended) in my mind.

shutter-speed-and-motion-beginner-tutorial

One of the greatest epiphanies brought about by this sudden revelation was the direct relationship between the time the shutter is open and how apparent subject motion became within my images. In reality, Einstein was right when he put forth that everything is indeed relative.

So, in a way, there are no slow or fast shutter speeds. There are only longer or shorter shutter times relative to the inherent motion of your camera and subject.

Let’s drill down a little deeper on this.

Shutter speed and the effects of motion

For just a moment, let’s pretend you are the fastest runner in the world – absolutely no other human can beat you in a race. That’s great.

But now I want you to picture yourself running next to a cheetah.

Suddenly, your speed doesn’t seem quite so fast, but let’s not stop there. Let’s say that cheetah decides to race the world’s fastest jet plane, and the jet wins every time. Then put that furiously fast jet up against the speed of light, and, well, you get the idea.

The point is, your camera’s shutter speed interacts with motion in the exact same fashion.

Back to Basics: Deciphering Shutter Speed and Motion

A shutter speed (or think shutter time) of 1 second is no problem at all when your camera is mounted securely on a tripod. Take the camera off the tripod and shoot handheld at the same shutter speed, and it becomes difficult not to introduce camera shake into the image.

The same is true for subject movement; we can blur or freeze motion depending on our selected shutter speed.

shutter-speed-and-motion-beginner-tutorial

Perceivable subject motion is due to the relationship between the amount of time the shutter is open and the speed of the subject itself.

Practical examples

Let’s pick a shutter speed randomly; we’ll say it’s 1/60th of a second. If you’re shooting a still object which has absolutely no motion in relation to your camera, like this switched off ceiling fan, then everything appears calm and still.

Back to Basics: Deciphering Shutter Speed and Motion

For the time being, we’re just going to pretend that you love shooting photos of ceiling fans. So you decide to snap another image with the fan now switched on, and the situation changes.

The blades of the fan are now moving through space much faster than 1/60th of a second shutter speed can capture with the result being perceived blurring of the blades.

Image: At 1/60th of a second, the blades have blurred

At 1/60th of a second, the blades have blurred

This is where Einstein sweeps in to save us. All we have to do to take control of the motion of the blades is to make our shutter speed faster than the speed of those ceiling fan blades. Let’s dial it in.

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At 1/125th of a second, the motion begins to become less pronounced…

Image: …and 1/500th of a second all but completely freezes the motion of the blades. Another s...

…and 1/500th of a second all but completely freezes the motion of the blades. Another stop faster (1/1000th) and the motion would be completed arrested.

The implications of this are absolutely profound for you and your photography. Once you understand that shutter speed is the deciding factor in controlling the amount of perceived subject motion in your images, you can then control how apparent that motion appears in your photo.

How does shutter speed relate to ISO and aperture?

So how exactly does the shutter speed play into the whole Exposure Triangle thing? I’m glad you asked.

All of the pieces of the Triangle: ISO, aperture, and shutter speed; all of them determine the amount and duration of light that enters your camera. Each of these factors complements each other in that you can achieve similar exposure outcomes by adjusting the variables in relation to one another. In our case, since we’re dealing with shutter speed, we’ll be needing to adjust our aperture and/or ISO to compensate for our shutter speed selection.

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Entire articles (and books) here at Digital Photography School have been written on each of these subjects, so I’ll be brief. But be sure to check out this cool cheat sheet on the Exposure Triangle for more info.

Simply put, for every full stop of adjustment in shutter speed you make, you are either doubling or halving the amount of light which enters your camera. This means a shutter speed of 1/250th of a second is twice as fast and lets in half the amount of light as 1/125th of a second.

Alternatively, a shutter speed of 1/60th of a second is approximately twice as slow as 1/125th, and therefore lets in double the amount of light. So, 1/250th of a second is one stop faster than 1/125th of a second with 1/60th of a second being one stop slower.

You still might be saying, “but what does this have to do with aperture and ISO?” We’re about to find out, I promise.

The connection comes into play when you realize that ISO and aperture are also measured in stops, albeit in slightly different ways, but in stops nonetheless. This means that we can directly relate shutter speed to our ISO and aperture by thinking in terms of stops.

shutter-speed-and-motion-beginner-tutorial

Let’s say we are shooting a moving subject at 1/60th of a second at F/5.6 and ISO 100. The image is exposed correctly, but the subject is blurred. We find that a shutter speed of 1/250th of a second (two stops faster) will freeze the motion, but it also leaves our scene underexposed by two stops since we have effectively decreased the amount of light by a factor of four.

To maintain our exposure, we must somehow compensate for the reduced amount of light from the faster shutter speed by either increasing the ISO by two stops or shoot an aperture that is two stops wider than F/5.6. So to maintain the same exposure, our new exposure settings would be either 1/250th of a second at F/2.8 and ISO 100 or 1/250th of a second at F/5.6 and ISO 400.

Some considerations for shutter speed

Here are a few helpful tips that you should keep in mind when it comes to shutter speed. Some of these are simply good everyday practices, and others might be new to you.

  • The longer the focal length of your lens (higher zoom), the more apparent subject motion and camera shake will become. So plan accordingly if you are intending to employ longer shutter speeds by making sure you have a sturdy tripod and even a remote shutter release for your camera.
  • At times there will be situations when you can’t equalize your exposure using your camera settings alone and still achieve the level of motion you want for your final photos. This is where a good quality neutral density filter will truly be worth its weight in gold. I recommend keeping at least one in your bag no matter what sort of photography you shoot.
  • When shooting long exposures of the night sky, make use of the “600 Rule” to approximate the longest shutter time possible before stars begin to streak based upon your lenses’ focal length. The 600 Rule states that 600 dived by your focal length will give you an approximate maximum shutter speed from which you can base your other exposure factors.
  • Reduce camera shake when shooting handheld by implementing what’s known as the “Reciprocity Rule”. Simply put, this guideline states that you should not shoot a shutter speed which is slower than 1 over your focal length. This means that with a full-frame sensor and an 85mm lens, you should never shoot slower than 1/85th of a second. If you’re using a crop sensor camera, then the formula would be 1 over (focal length x sensor crop factor). You can find the crop factors for virtually all digital camera sensors with a quick web search.
  • Use mirror-lockup (if your camera has this feature) when making long exposures. In DSLR/SLR cameras, the mirror mechanism flips out of the way during exposure. This can cause camera shake, especially when using a lightweight camera and lens setup. Mirror-lockup moves the mirror out of the way prior to exposure so that the camera remains as steady as possible.
  • Cover your viewfinder during extremely long exposures. Much like mirror-lockup, DLSR/SLR cameras make use of an optical viewfinder which means light can creep in through the viewfinder during long exposures. It’s a good idea to cover the viewfinder with tape, a lens cloth, or the dedicated viewfinder cover that comes attached to some camera straps should you be shooting ultra-long exposures (upwards of a minute or more) to ensure stray light doesn’t ruin your exposure. Some older film DSLR cameras actually have a build-in viewfinder cover for this exact reason.

Summing up shutter speed

If you’re just getting into photography, I hope this article on deciphering shutter speed and motion helps to demystify some of the enigma surrounding shutter speed (time) and aids you in becoming a more confident photo maker.

If you’re a seasoned photographer, then hopefully the information here will serve as a gentle refresher course on just how simple it is to control your photos using only the most basic of photographic principles.

Shutter speed is directly related to motion and therefore becomes a relative construct based on the inherent motion in our scene (or camera). Depending on the desired outcome, we can control the perception of this motion using our shutter speed.

Shutter speeds that are relatively slower than the motion in the scene will cause blurring. Shutter speeds relatively faster than the motion within the scene will freeze that motion. That is truly priceless knowledge, and once you learn how shutter speed interacts with aperture and ISO, you will be able to have virtually complete control over your photography. Once you understand the basic fundamentals of photo making, everything else becomes almost secondary.

 

Do you have any other tips on shutter speed and motion that you would like to share? Please do so in the comments!

The post Back to Basics: Deciphering Shutter Speed and Motion appeared first on Digital Photography School. It was authored by Adam Welch.


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Deciphering Photo Jargon – Learn to Speak “Photographer”

08 Feb

If you’ve ever been a little lost while reading your camera’s manual, or a photography magazine it could be that you just need to learn to speak “photographer” language. In this article I’ll go over some of the most common technical terms, as well as some less common slang or photographer jargon. By the end I promise you will have a better grasp on the language and be able to have a conversation with a seasoned pro and hold your own!

Speaking “Photographer” – the Basics

These are the terms you’ll find in your camera’s manual and in most beginner tutorials on how to use it. Hopefully this will help you get a better grasp on them so the manual isn’t quite so foreign.

  • Photography – the word photography comes from two old Greek words “phos” meaning light and “graph” meaning to draw.  So photograph literally means to draw with light, or a drawing made with light.  So photography is the art of drawing with light.
  • Aperture – the variable opening in the lens through which light passes to the film or digital sensor.  Measured in  f-stops. I like to compare it to your pupil which opens and closes to allow more or less light to enter your eye depending on the brightness level of the room.
  • Bracketing – taking a series of images at different exposures or EV. You may see a setting on your camera that says AEB (auto exposure bracketing). This is often used when creating HDR images or in difficult lighting situations where you may want to have a range of exposures from light to dark.
  • Bulb – the “B” setting on your camera where the shutter remains opened as long as the button or cable release (remote trigger) is pressed. On a Canon it may be on your mode dial on top of the camera, or at the low end of the shutter speed settings (also where it is on a Nikon)
  • DSLR – digital single lens reflex camera. Any digital camera with interchangeable lenses where the image is viewed using a mirror and prism, and the image is taken directly through that lens. What you see in your viewfinder is what the lens sees.
  • EV – Exposure Value is a number that represents the various different combinations of aperture and shutter speed that can create the same exposure effect.
  • Exposure compensation – modifying the shutter speed or aperture from the camera’s recommended exposure to create a certain effect (over or under exposing) – usually used in the Shutter Priority or Aperture Priority modes. Represented by a little +/- button on your camera. Your camera reads light bouncing off your subject and is designed to expose for medium grey. So when photographing a subject that is lighter or darker than 18% grey, you can use this setting to tell the camera the proper exposure (- or + respectfully)
  • Exposure – the total amount of light reaching the digital sensor. It is controlled by setting the aperture, shutter speed and ISO.
  • F-stop – is a measure of the aperture opening in the lens defined by dividing the focal length of the lens by the aperture diameter. Sequence of f-stops are multiples of the square root of 2 (1.414…): 1, 1.4, 2, 2.8, 4, 5.6, 8, 11, 16, 22, etc. Even though these numbers are rather cryptic, just remember that each step is double the amount of light. Know that and it’s half the battle.
  • ISO – stands for International Standards Organization and represents the sensitivity of your camera’s digital sensor to light. The lower the number (ISO 100), the less sensitive, the higher the number (ISO 3200) the more sensitive. A higher ISO allows you to shoot in low light conditions.
  • Shutter speed – the amount of time the shutter is opened during an exposure. The shutter speed controls motion. Use a fast speed (like 1/2000th of a second) to freeze motion, or a slow one (1/4 of a second or longer) to blur moving objects.
  • Zoom lens – any lens that has variable focal lengths such as a 24-70mm or 18-55mm. You zoom in or out by rotating the barrel of the lens.
  • Prime or fixed lens – any lens that does not zoom and is a set focal length such as a 50mm lens.
  • Remote trigger or digital cable release – a device that allows the camera to be fired without pressing the button or touching the camera. Helps eliminate movement of the camera during long exposures.
  • Macro lens – one that focuses very close to the subject allowing for 1:1 reproduction size of the object or larger.
  • “Normal” lens – generally a 50mm lens (on a full frame sensor camera) is considered to be a “normal” lens because it is closest to what the human eye sees.  If you have a cropped sensor that will be closer to 35mm.
  • Telephoto lens – simply stated a telephoto lens is one that is longer than a normal lens, eg., 70-300mm. The dictionary says: a lens with a longer focal length than standard, giving a narrow field of view and a magnified image.  Super telephoto is usually 300mm and longer lenses.
  • Wide angle lens – again simple answer is a lens that shows a wider field of view than a normal lens, which allows more to be fit into the frame. Depending on the degree of wide angle there may also be edge distortion (super wide angle), and if you get wide enough the image will become a circle (fish-eye).
  • Tilt shift lens – a lens that attempts to recreate the movements available when using a view camera. Being able to tilt the front lens element allows for realignment of the plane of focus. Shift allows adjusting the placement of the subject within the frame without angling the camera, thus keep parallel lines from converging. This is a popular lens for architectural and landscape photographers, and is becoming more widely used by portrait photographers for creating a unique stylized look.
  • Camera resolution – expressed in megapixels is the dimensions your camera’s sensor is capable of capturing. For example Canon’s new 6D has a resolution of 5472 x 3648 which equals 19,961,856, which they’ve rounded off to 20 megapixels. This is not the only factor in image quality, but generally the large the number, the larger prints you can produce from it without loss of quality.
  • File format jpg versus RAW – most DSLR’s have the ability to shoot both formats. If you choose JPG, the camera will shoot a RAW file, process it using the picture style you’ve selected in your menu, save it as a JPG and discard the RAW version. If shot in RAW the resulting file will be larger, carry more information (but the same pixel resolution, see above) and require software to process. It gives you the photographer more control over the final look of your image. For more on the subject see this article
  • Full frame vs cropped sensor – I get asked about this in my classes all the time. A full frame sensor is roughly the size as the “old” 35mm frame of film. Lenses are made to create a circle of light just large enough to cover that area (covering power). In a cropped sensor camera the physical size of the sensor is smaller so it only captures a portion of the entire image the lens is projecting, effectively cropping part of the image out. For more information on this see “Crop factor explained“. Common crop factors are 1.5 or 1.6x so if you put on a 50mm lens it is more like a 75mm with a 1.5x crop factor.
  • Camera modes – manual: full manual the user is setting the ISO, shutter speed and aperture. Shutter priority (Tv on a Canon or S on a Nikon) the user is selecting ISO and shutter speed, the camera is then choosing the aperture to make a correct exposure. Aperture priority (Av for Canon users, A for Nikon) the photographer selects the ISO and aperture and the camera picks the shutter speed.

Lighting and Portrait Photography Terms

  • Ambient light – also referred to as available light, is the light that is occurring in the scene without adding any flash or light modifiers. This could be daylight, or man made light such as tungsten or fluorescent bulbs.
  • Main light or key light: is the main light source for a photograph. It could be the sun, a studio strobe, a flash, a reflector or something else. But it is the source of light that is producing the pattern of light on the subject with the most intensity.
  • Fill light: is the light source that is secondary to the mail light. It is used to “fill” in the shadows to a desired degree. It can be produced by using a flash, a reflector, or a studio strobe.
  • Lighting pattern: this is the way the light falls on the subjects face. A particular pattern of light and shadow that is created.
  • Lighting ratio:  is a comparison between the intensity (brightness) of the main light and the fill light and thus the difference of the lit and shadow sides of the subject’s face.
  • Incident light meter: is a handheld device separate from your camera that measures the amount of light falling on a subject (as opposed to the reflective reading your camera takes which is light bouncing off the subject back to the camera). The incident meter is not fooled by the brightness range of the subject, where as in camera reflective meters can be fooled.
  • Speedlight (speedlite for Canon users): small portable flash which can attach to your camera’s hot shoe, or stand alone if activated remotely.
  • Reflector – a device that is used to reflect light, generally back towards the subject. It can be a specialized factory made reflector (I recommend getting a 5-in-1 if you get one) or as simple as a piece of white cardboard.
  • Light meter – a device that measures the amount of light in a scene. Your DSLR has one built in, it uses reflective readings (light bouncing off the subject coming back through the lens [TTL])
  • Remote flash trigger – a device used to fire speedlights off camera. Pocket Wizard is a popular brand.
  • Subtractive lighting – as the name implies it is the taking away of light to create a desired affect. Commonly it involves holding a reflector or opaque panel over the subject’s head to block light from above and open up deep eye shadows cause by overhead lighting. It can also mean holding a black reflector opposite your main light to create a deeper shadow, in essence reflecting black onto the subject instead of light.
  • Hard light – harsh or undiffused light such as produced by bright sunlight, a small speedlight, or an on-camera flash. It produces harsh shadows with well defined edges (edge transfer), contrast, and texture (if used at an angle to the subject). Emphasizes texture, lines and wrinkles, and used to create a more dramatic type of portrait (character study).
  • Soft light – diffused light such as from an overcast sky, north facing window with no direct light, or a large studio softbox. This type of light produces soft shadows with soft edges, lower contrast, and less texture. Generally preferred by most wedding and portrait photographers as it flatter the subject more.
  • Edge transfer – where the light turns into the shadow, the edge transfer is how quickly it goes from dark to light. If using harsh light the edge transfer is very defined and sudden, almost a clear line. When using soft lighting the edge transfer will be much more subtle, almost imperceptible as it gradually changes from light to dark.
  • Flash sync – simply put is the synchronization of the firing of an electronic flash and the shutter speed. You need to know what shutter speed your camera syncs at, otherwise if you shoot too fast a shutter speed you may get a partially illuminated image. For most cameras that is around 1/200th of a second, but it can be adjusted if you have a flash that can be set for fast speeds.

Slang and Photography Jargon

Here’s a few other terms that are a bit more advanced, and even completely made up jargon. Become familiar with them so you can walk among the pros with confidence!

  • Fast glass – refers to a lens with a very large maximum aperture such as f1.8 or f1.2. “Fast” as in, it allows you to shoot at a fast shutter speed due to the large aperture.
  • Chimping – slang term meaning looking at the back of the camera after every image. Spending too much time reviewing images on camera, not enough time shooting.
  • Bokeh – often mispronounced “bow-kay” or “bow-kuh” it is correctly pronounced as “bo-ke” like the ke in kettle. It is used to described the out of focus blurred bits in the background when “fast glass” is used. Most often bokeh occurs where small light sources are in the background, far in the distance.
  • Depth of Field (DOF or DoF)- the distance between the nearest and farthest objects in your scene that appear in focus.  It is controlled by many factors including the aperture, lens focal length, distance to subject, film or digital sensor size, and camera format. Read about how to use aperture to adjust depth of field.
  • Circles of confusion – closely related to the above bokeh, the textbook definition is:  the largest blur spot that is indistinguishable from the point source that is being rendered. Objects outside the depth of field of an image that the human eye can determine as “out of focus”.
  • Hyperfocal distance – often used by landscape photographers, it is the focus distance providing the the maximum amount of depth of field. Older prime lenses for film cameras usually had hyperfocal distance marks to aid in finding this magic sweet spot. With today’s lenses it is possible to calculate, just takes a bit more work and a hyperfocal distance calculator.
  • Gobo – something used to block unwanted or stray light from falling onto the subject. Often a reflector (using the black side) can serve a dual purpose and act as a gobo as well.
  • Scrim – a translucent device used to diffuse and soften the light, could be a reflector with a translucent panel or option. Also used on movie sets scrims can be made extremely large, several feet across, and clamped in place to create shade where these is direct sun without it.
  • Shutter lag – every camera has a slight delay from the time you press the shutter button to the time it actually fires and opens. In DSLR’s it is minimal and almost unnoticeable. In smaller point and shoot cameras the delay is more pronounced such that it may actually cause a missed shot of a fast moving subject.
  • Chromatic aberration – in terms of lens optics it is the failure of the lens to focus all colours (RGB) at the same point. It shows up as colour fringes in areas of the image where dark meet light (think edge of a building against the sky). It is more common in wide angle lenses, and those of inferior optics (kit lenses). It is correctable, to some degree, using Photoshop, Lightroom or software of your choice.
  • Rear shutter curtain sync – by default most cameras are set to front curtain sync which means that if the flash fires, it does so at the beginning of the exposure time. By setting to rear shutter curtain sync it fires the flash at the end of the exposure time. The difference in some cases me be negligible, but in shooting a moving subject front sync will put any motion blur in front of the subject, where as rear sync will place the blur behind the subject. Neither is wrong, just preference.
  • Camera shake – this is a blurry image which has resulted from an insufficiently fast enough shutter speed, while hand holding the camera. So how slow is too slow? Many teachers will say that 1/60th of a second is the rule of thumb. I tend to recommend 1 over the focal lens of your lens instead, as the longer the lens the more amplified any shake will become.
  • Lens flare – occurs when the light source hits the lens directly, it can manifest as a hazy looking image or artifacts such as circles of light. Some photographers actually desire lens flare and position their camera to create it and use it as a compositional element.
  • Kelvin – is the absolute measurement of colour temperature. On your camera under the White Balance settings you make see a “K” setting. This allows you to adjust the colour manually by degrees kelvin. The lower numbers represent warmer colours like orange (tungsten light) and the higher numbers are cooler (blues). Play with this scale to create different affects.
  • ND filter – stands for neutral density filter which is a filter designed to go in front of the lens to block out some of the light entering the camera. Often used by landscape photographers to be able to get slow shutter speeds when photographing waterfalls and streams in full daylight.
  • Panning – the act of using a slow shutter speed, and moving the camera in the same direction as a moving subject, during the exposure to create a blurred background. See panning tips here.
  • Stopping down – the act of closing down the aperture to a smaller opening.  EI going from f5.6 to f8.
  • TTL and ETTL – stands for Through The Lens, refers to the metering system in regards to flash exposure. The flash emits light until it is turned off by the camera sensor. ETTL is evaluative through the lens metering and fires a “preflash” to evaluate and calculate for lost light then compensates and fires the main flash. It happens so fast you do not see two flashes.
  • Photog – short for photographers, something pros often call each other
  • Glass – lens, as is “what glass do you own?”
  • Golden hour – also called “magic hour” is the hour right before sunset or right after sunrise. The sun is low on the horizon and it is an optimal time for photography.
  • Spray and pray – shoot as many images as possible and that hope and pray you got something good. Not a philosophy I personally recommend.
  • Blown out – having highlights that are off the chart on the right side of the histogram, having no detail in the white areas.  Eg: “the bride’s dress is blown out”
  • Clipped – similar to blown out being off the histogram, but it can also apply to shadow or blacks areas of the image.
  • Grip and grin – often used to describe a quick photoshoot at an event or set up with two people shaking hands. Most photographers have had to shoot these during their career.
  • Selfie – a self portrait
  • SOOC  – straight out of camera, no post processing or editing done
  • Dust bunnies – dark spots that appear on the image, caused by bits of dust on the digital sensor
  • Pixel peeper – someone that spends too much time looking at images at 100% size in Photoshop
  • Nifty 50 – an old school prime 50mm lens, great to have
  • ACR – Adobe Camera Raw
  • Flash and drag – the method of using a slow shutter speed combined to flash to capture more of the ambient light in proportion to the flash
  • Wide open – using your lens with the aperture at the widest setting (f1.8 for example)

Enjoy and get out there and start practicing your Photographer Speak. This list is not exhaustive by any means, and if there’s any I missed please mention them in the comments section below.

 

Post originally from: Digital Photography Tips.

Check out our more Photography Tips at Photography Tips for Beginners, Portrait Photography Tips and Wedding Photography Tips.

Deciphering Photo Jargon – Learn to Speak “Photographer”


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