When using high intensity light you should use eye protection that is designed to reduce the light intensity sufficiently that your eyes will not be injured. Selecting the correct eye wear requires knowing how bright the light is and at what wavelengths the light is produced. Just picking up a pair of dark glasses may not provide the needed level of protection.
by using mirrors
Temperature affects the rate. Because of it is using enzymes.
Yes, but as the light intensity is much lower the rate at which it happens is also much lower.
Intensity is the quantity or degree of any quality. In photography, intensity generally refers to the quantity or degree of light in an image. You can increase the intensity by using a faster shutter speed or a larger aperture. Intensity may also be referred to as exposure.
Do a project on "light intensity minimization using glasses..."
To travel far, you must have high intensity, which a normal torch light does not have to go through like, Marina Tench's depth. So! check the power of your torch light before diving at the great depth.Since the light goes on diverging (as you know from torch light) therefore the time that it reach the bed, the luminance of the light would get very low, so that is why the light can not travel deeper into the water. But intensity also matters here too. If you have very high intensity light source then you probably don't have to use any further more converging medium but if you use low intensity light source, no matter how much you try to converge it using a medium, it won't show as clear as the high intensity light did.
The abbreviation for electric intensity is " I " the intensity is measured in amps using an ammeter.
Measure Light Intensity using Light Dependent Resistor (LDR) The resistance of the Light Dependent Resistor (LDR) varies according to the amount of light that falls on it. The relationship between the resistance RL and light intensity Lux for a typical LDR is RL = 500 / Lux Kohm With the LDR connected to 5V through a 3.3K resistor, the output voltage of the LDR is Vo = 5*RL / (RL+3.3) Reworking the equation, we obtain the light intensity Lux = (2500/Vo - 500)/3.3 For a low cost LDR, at the same light intensity, the part to part variation in resistance can be as high as 50%. Therefore such a low cost LDR is seldom used for measuring light intensity but more for light presence/absence detection.
when you change from low power to high power the light intensity decreases. this is because the high power objective lens is smaller than the low power lens. therefore, the high power lens lets less light through
The study of cells and chemical compounds within a cell using Cytophotometer: an instrument for examining cells by determining the intensity or wavelengths of light transmitted through them.
no she should be using protection
If you find a low watt lamp, you can save more electric than using the room light. You can also direct where you want it giving more light intensity to your work.