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Question on the inverse square law
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<blockquote data-quote="Revet" data-source="post: 249250" data-attributes="member: 17612"><p>From what I understand, the further you are away, the less drop off of light over a distance (like the sun, because it is so far away, drop off of light intensity is insignificant over any distance on earth). The inverse square law still holds with the sun but it just doesn't matter to us (insignificant). You would need more flash power; however, the further you are away. I am a newbie to flash so if any of you experts out there want to make sure my reasoning is correct, feel free to chime in.</p></blockquote><p></p>
[QUOTE="Revet, post: 249250, member: 17612"] From what I understand, the further you are away, the less drop off of light over a distance (like the sun, because it is so far away, drop off of light intensity is insignificant over any distance on earth). The inverse square law still holds with the sun but it just doesn't matter to us (insignificant). You would need more flash power; however, the further you are away. I am a newbie to flash so if any of you experts out there want to make sure my reasoning is correct, feel free to chime in. [/QUOTE]
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