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This is a difficult question to answer, as the brightness of light is itself perceived, rather than actual. In some ways, light is brighter than you can perceive it, simply because another person can perceive that light to be brighter than you yourself perceived it. The brightness of light to the eye is relative.
Venus is much brighter than Mars. Only the Moon and the Sun are brighter than Venus.
Neither the sun nor the moon are planets. The sun is brighter than the moon by far. The sun emits its own light. The moon only reflects light from the sun.
With the moon. The sun is actually bouncing light off of the moon to get to the earth, that's why the moon tends to look like it "glows". So with that light, the night would be brighter with the moon
I believe the answer is, the brighter the star the more fuel it is burning
The LPO will be shorter than HPO lens. LPO= magnifies 10x lenses HPO= magnifies 43x lenses
LPO
LPO has a 10x magnification. HPO has a 40x magnification. OIO has a 100x magnification. LPO has the least magnification, and OIO has the largest.
LPO or Low- Power Objective is the smallest objective while HPO or High-Power Objective is the lowest objective.
It has a rectangular shape using HPO and it has an elogated shape in LPO (oblong).
When talking about the IPO and HPO, it is referring the magnification of a microscope. You can tell the difference of the two, because the LPO is shorter than the HPO.
in lpo u can see 8 blardwhile in hpo u can see 8 clearly!@
it is usually shorter than the HPO..
In HPO, it has a rectangular shape and in LPO, it is elongated shape in LPO.
HIGH POWER OBJECTIVES
RAWR
The magnification of the specimen under low power optics, lpo, is 10 times and the magnification of the specimen under high power optics, hpo, depends on the power of the microscope but is usually at least 500 times or more.