It would yes, possibly even more so than on earth. The density of the atmosphere plays a large role in shifting the colour temperature, as the colour temperature lowers (warms) as the sun lowers on the horizon and has more atmosphere to pass through. Hence why sunsets and sunrises are orange. The effect of a colour temperature shift is more noticeable on cameras than our eyes, because our brains automatically compensate (somewhat) for the shift.
What i have read is, the more temperature, the more Kelvin value. Like when i set my kelvin like 3300K on my Cam its more blue and when i set it like 4900K its more orange/Red
Correct, up and down the scale your just choosing the value your camera will read as white. And it’s all relative to the Kelvin value of your light source as well.
It’s best to match to the your WB to your bulbs for most shooting scenarios. We only set it to 4500K to illustrate the Kelvin scale (as it’s roughly the mid point).
How is a tone warmer with lower temperature light?? That doesn't make any sense. Does red light looks warmer than blue to someone? Red light/red flame = low frequency = cold. Blue light/blue flame = high frequency = warm.
I completely agree with you. The “bluer” temperatures are higher on the scale and have a higher colour temperature. It’s one of those strange idiosyncrasies in our language and culture where we have associated orange colour tones with hotter physical temperatures (desert, fire etc) - which we describe as “warm” tones, and bluer colour tones as physically colder temperatures (water, ice, storms/clouds) - which we’ve come to describe as “cool” tones. Technically, this is actually backwards. As an abject heats, it moves from red>orange>blue etc. The problem is these descriptors have carried over into how we describe colour and light, have become so well baked into our psyche from this conditioning (we learn these associations as kids), that it s really confusing to say it any other way. I actually sat here thinking about your comment, which I know is technically correct, and it still confused my (conditioned) brain. Haha.
Why do you have so little views? You deserve a lot more!
Thank you Kristy! We’re a (fairly) new channel, but we’re growing! 😊 We appreciate your kind words ❤️
would this make the sun look bluish in space? as its temperature is 5700 k?
It would yes, possibly even more so than on earth. The density of the atmosphere plays a large role in shifting the colour temperature, as the colour temperature lowers (warms) as the sun lowers on the horizon and has more atmosphere to pass through. Hence why sunsets and sunrises are orange. The effect of a colour temperature shift is more noticeable on cameras than our eyes, because our brains automatically compensate (somewhat) for the shift.
What i have read is,
the more temperature, the more Kelvin value.
Like when i set my kelvin like 3300K on my Cam its more blue and when i set it like 4900K its more orange/Red
Correct, up and down the scale your just choosing the value your camera will read as white. And it’s all relative to the Kelvin value of your light source as well.
Another great video, I didn't realize the extent of the range or application. Looking forward to the next installment.
Thank you Chris!
It gets really fun when you learn how to use it to craft different looks and moods. I’m exited for the videos coming up!
Thank you sir for information 👍.
Our pleasure!
Nice info
Thank you!
Thanks ☺️
Pleasure!
If my LED bulbs are 5000 K can I still set my white balance to 4500 K for video recording? Or is it just best to stay at led bulbs 5000 K?
It’s best to match to the your WB to your bulbs for most shooting scenarios.
We only set it to 4500K to illustrate the Kelvin scale (as it’s roughly the mid point).
@@CreativePathFilms Understood thank you!
@@joonajks our pleasure :)
How is a tone warmer with lower temperature light?? That doesn't make any sense. Does red light looks warmer than blue to someone? Red light/red flame = low frequency = cold. Blue light/blue flame = high frequency = warm.
I completely agree with you. The “bluer” temperatures are higher on the scale and have a higher colour temperature.
It’s one of those strange idiosyncrasies in our language and culture where we have associated orange colour tones with hotter physical temperatures (desert, fire etc) - which we describe as “warm” tones, and bluer colour tones as physically colder temperatures (water, ice, storms/clouds) - which we’ve come to describe as “cool” tones.
Technically, this is actually backwards. As an abject heats, it moves from red>orange>blue etc.
The problem is these descriptors have carried over into how we describe colour and light, have become so well baked into our psyche from this conditioning (we learn these associations as kids), that it s really confusing to say it any other way.
I actually sat here thinking about your comment, which I know is technically correct, and it still confused my (conditioned) brain. Haha.
Add some example of some of video
I think you may be right, this video is missing that element. Thanks for the comment.
Thank you. As a designer, this is important info. I needed a refresher on this. 😉👍🏼👍🏼
So glad this was a useful refresher for you! 😊 thanks for watching!
@@CreativePathFilms yes, a huge review foe a long-term job Thank you very much. 🙏🏼❤️
Pleasure!
verty wekk nade
Thank you :)