6,000
(10/1)squared X 60 =6,000
brightness = minification gain x flux gain
minification gain = input divided by output squared
"14k lm" typically refers to the brightness of a light source, where "lm" stands for lumens, a measure of luminous flux. In this context, "14k" likely means 14,000 lumens, indicating a high output of light. This level of brightness is commonly associated with powerful lighting systems used in commercial or industrial applications, such as stadiums or large venues.
if one answer is 6 and the other answer is 7, how do the output numbers from the input/output machines compare
The relationship between the input and output values is typically defined by a function. In this case, if the input is 6 and the output is 4, the function could be represented as f(x) = x - 2. This function subtracts 2 from the input value to get the output value.
Work Output=Resistance X Distance
function
Input Phosphor. The x-ray image intensifier converts the transmitted x rays into a brightened, visible light image. Within an image intensifier, the input phosphor converts the x-ray photons to light photons, which are then converted to photoelectrons within the photocathode. The electrons are accelerated and focused by a series of electrodes striking the output phosphor, which converts the accelerated electrons into light photons that may be captured by various imaging devices.
Energy output, as absolute brightness (magnitude) is taken at a standard distance of 10 parsecs.
That ratio is called "Efficiency".
The brightness of a light bulb directly has no direct relationship with magnets and wire. The bulbs brightness is determined by the wattage of the bulb. The higher the wattage of the bulb the brighter the bulbs light output.
Nits measure the brightness of a display in terms of light output, while lux measures the brightness of the display in terms of the amount of light that reaches a surface. Nits are used to quantify the brightness of the display itself, while lux is used to measure the brightness of the display as it is perceived by the viewer.
To adjust the brightness of your lamp using a lamp dimmer, simply turn the knob or slide the switch on the dimmer to increase or decrease the light output.
A difference in the brightness of two lights is indicative of unequal luminous intensity. This can be caused by variations in the power output, distance from the observer, or the type of light source used for each.
The difference between apparent brightness and luminosity is that apparent brightness means that a star may appear to be bright, but only looks bright because of the relatively closeness a star is to earth. Luminosity is used by astronomers and refers to the power output of a star. Apparent Brightness means a star may appear to be very bright but only look that way because it is relatively close to Earth. Luminosity just refers to the power output of a star.
The difference between apparent brightness and luminosity is that apparent brightness means that a star may appear to be bright, but only looks bright because of the relatively closeness a star is to earth. Luminosity is used by astronomers and refers to the power output of a star. Apparent Brightness means a star may appear to be very bright but only look that way because it is relatively close to Earth. Luminosity just refers to the power output of a star.
You can control the brightness of your lights by plugging them into a dimmer plug-in device, which allows you to adjust the level of light output by turning a dial or pressing buttons on the device.
HID lights measure brightness in lumens, which is a unit of measurement that quantifies the total amount of visible light emitted. The brightness of HID lights can also be influenced by factors such as color temperature and beam pattern. Automotive HID lights are commonly rated in terms of lumens output to indicate their brightness level.
The brightness of a lamp is directly related to its performance because a brighter lamp provides more light output, which can improve visibility and overall effectiveness in lighting up a space.