View allAll Photos Tagged Shutter_Speed
Camera: D80
Aperture: f/5.6
ISO: 100
Shutter Speed: 1/200
Focal Length: 18mm
Exposure Bias: 0ev
UNEDITED!!! best viewed on a mac
Shutter speed testing on an Argus A. Funny, there's no difference between the 100 and 200 setting. They both read about 1/80th.
Here's the rear view picture of the tester in the film plane. The sensor on the Phochron is right on the front edge of the case.
Still practising my camera twirling! This is a slower shutter speed on some Cosmos daisies, this may have some zooming as well as turning. How does this measure up? I do have a few zoom bursts that have worked well but I want to try to get this right!
A little shady that a car happen to roll past mine rather slow while shooting this photo, they shined some sort of light into the car and went on there merry way.
Here you can see two photos about night subject . is a subject better than Moon when you don't access to any beach or high tower that encompass to town ?
it's 9 :57 PM at local time
No 3-way included .
Exif: Sony DSC H7, Shutter Speed:1/800sec, Apreture:F/5.6 , ISO:400 Focal lenz: 78mm
Strobist:
Camera: Canon 5D Mark II
Lens: Canon EF 24-70mm f/2.8L USM
Aperture: f/2.8
Shutter Speed: 1/60
ISO: 400
Focal Length: 43mm
Camera Exposure Compensation: 0 EV
White Balance: Auto
Canon 430EX II n Lastolite Ezybox 24" softbox, front camera right.
Triggered with Canon 580EX II and Radiopopper PX system
Shutter speeds 30sec to 1/8000 sec
Exposure modes Manual, Shutter Priority, Aperture Priority, Program mode
Program shift available with front and back control dials
Single button press to return to ‘auto’ mode
14 segment matrix metering, centre weighted & spot
Dedicated spot metering button on back panel
4 point autofocus system with focus point selection or auto selection
Back panel AF button allows auto focus & focus point selection
Automatic film loading and transport with automatic rewind
Single shot, multiple shot, multi exposure drive modes
Exposure compensation of +/- 3 stops
Bracketed mode +/- 0.5 stop
TTL flash metering and sync up to 1/200sec
AF illumination lamp
In built flash
Eye start which can be turned on & off
DX coded film speed plus override
ISO 6 to 6400 film speed
Camera settings memory
Datacard slot for program enhancement + picture metadata recording
The river Tove near the weir, a slow shutter speed used to emphasise the motion of the water.
The Water Meadows in Towcester, Northamptonshire.
Shutter Speed (fast)
Movement (frozen)
Aperture ( medium to large)
Depth of Field (narrow to medium)
Light (small, soft and contrast, top)
Colour (harmony or theme used): contrast
Idiom (identify where used)
Underexposed - sorry. Just too lazy to mount my DSLR on the tripod in order to shoot with a slower shutter speed.
Root canal ends up having to be a two-part-er! I have to go back when the swelling is completely gone. Well, at least, my face doesn't look as swollen as earlier this week. Thanks all for your kind wishes!
There are 3 cams on the shutter speed dial shaft. I’ve indicated them with red lines on this photo.
The top line points to the cam that controls the booster spring, which affects the rotational speed of the shutter disc. The booster has 3 positions:
the highest point is the fastest speed, for 1/500. The lower point is for medium speed, for 1/100. All other speeds, including 1/250, the booster spring is disengaged and the disc runs at its slow speed.
The next red line points to the follower lever that rides on the delay engagement cam. This has steps at several levels, stepping up and down as you turn the dial from one speed to the next. This lever moves the delay gears in and out of the way of the disc in stages: the deeper it engages, the farther the gears have to spin before getting back out of the way so the disc can move on. The gears are engaged to one extent or another for almost all speeds - all except 1/250 and 1/500.
The bottom red line points to the lever that engages the escapement pallet into the delay gears. The escapement pallet works like the pendulum of a clock, making the gears run slower. So there are two speeds to the delay gears, in addition to three speeds of the disc rotation and several steps of engagement of the gears with the disc.
So here are the basic conditions:
500: booster spring at high setting, no delay gears.
250: no booster spring, no delay gears.
100: booster spring at medium setting, delay gears engaged, no pallet.
50: no booster spring, delay gears engaged, no pallet.
25: no booster spring, delay gears engaged, no pallet.
10: no booster spring, delay gears engaged, pallet engaged.
5: no booster spring, delay gears engaged, pallet engaged.
2: no booster spring, delay gears engaged, pallet engaged.
The speed difference between 10-5-2 is a matter of how deeply the delay gears are engaged = how far they have to be pushed back out of the way before the disc can close.