![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgN3Sp1SxFLsaAC2RWiHvDWS1WR6F5JqVMmXvWexEqe2ZiBaaKcshNDWcOiYkGN48b6VFWuN3rZv7WalHW4R9QPcdYPAlD4jc4ggZhFcdZlPzescE6ueg5hmcWXOmdd4Z40tX-AugRn6Beq/s320/f2.8.jpg) |
F2.8 |
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh0W4Xrdtn5nWs4J9G5fdaSBdo-3vtXZ9th8q9osITnq12zNbD1yCpcDc5Y3FnePdmFjfLxoPAO4HINTB5_s52LAAD6Yie-6OiSQB5je8Bcnl1v09zFRFeEeeo_-IoIG4EU7hD9Lry-6ixl/s320/F16_4295c467ed.jpg) |
F16+ |
A1. We closely relate aperture to the pupil (in our eye)
A2. The smaller aperture will create a larger f-stop, the higher aperture will create a smaller f-stop
A3. Aperture affects depth of field. Depth of field is the subject or what's in focus in the photograph. The aperture has a direct affect on the depth of field, the higher aperture number, the more focus the foreground will be in, the lower the aperture number, the more blurred the foreground will be.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgRViAzVX_J006PHlG0LHDb9TK8c6re_heD714PWHl1TODsvy6IFfJ5bSahOUNvfg-25qzeEzMN7Q8htAAXjn3CAVNhAHSb_qTXijbZk2IZZPy1DPny6YqJxkwaFW6ZZZ9kklOhdzX1FZn3/s320/slow+shutter+speed.jpg) |
Low shutter speed |
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh0CFKXGoVAp4ksLKLtH6mCvMG1sEjnc66NETP7RSVwwYl_8c9xjl7YWUji3vnW62xWMXZ46vswtu1zzScqTk0DfkX62a-0xq7E7cT7K1L5b_-3czX8FPt2fR7fmWc6NBoCNIxNd6kRrs8x/s320/High+shutter+speed.jpg) |
High shutter speed
|
Comments
Post a Comment