(a) Calculate the light intensity at a distance of r= 1.0 m from the source (b) Determine the amplitudes of th How does the speed of light in glass change on increasing the wavelength of light? What important p
When you apply any of the Artistic, B&W, Modern, and Vintage profiles, Lightroom for mobile provides an additional Amount slider that allows you to control profile intensity. You can swipe horizontally toward right or left on the profile thumbnails to browse all the profiles available under a...
Because of its high energy, UV light can damage both your cornea and your retina. What is Glare? The brightness or intensity of light is measured in lumens. For example, when you are indoors, most artificial light is around 400 to 600 lumens. If you go outside on a sunny day, the ...
When you exhale, push the air out with force through your mouth while creating a strong “sss” sound through your teeth. Try to exhale for a bit longer than you inhaled, to expel as much carbon dioxide (CO2) as you can. How it helps you run: As your exercise intensity increases, yo...
Artificial light sources are enough for indoor plant growth; however, the indoor grow light does not provide the same intensity or full spectrum light as natural light. Natural light has a perfect balance of wavelengths necessary for plant growth and blooming. It contains all colors of the full...
How do you calculate the distance electromagnetic radiation travels? How does the speed of light in glass change on increasing the wavelength of light? What is the frequency of an electromagnetic wave if it has a wavelength of 1.4 km? The speed of light is 3x 10^8 m. ...
testing routers: speed, reliability and how both perform over distance. We want to know how well a router will translate the internet coming in from your provider to a wireless connection, and we want to know how far it can do it -- even with obstacles like walls and floors in the way...
When light, in the form ofphotons, hits the solar panel, its energy breaks apart electron-hole pairs. Each photon with enough energy will normally free exactly one electron, resulting in a free hole as well. If this happens close enough to the electric field, or if a free electron and ...
The type of data collected depends on the specific sensor being used. Examples include temperature readings, motion detection, humidity levels, pressure changes, GPS coordinates, light intensity, air quality indicators, and water conditions. Each type of sensor collects data pertinent to its unique ap...
A light-sensitive compound called silver halide reacts with the light, recording its amplitude, or intensity, as it reflects off of the scene in front of you. The shutter closes. You can make lots of changes to this process, like how far the shutter opens, how much the lens magnifies th...