The lenses in a microscope diffract (bend) the light as it passes through them. The effect is that an object appears clear and large (is focused and magnified) when the light reaches your eye. Also, microscope designs usually ensure that the object appears right-side-up.
it is secreted by the thyroid gland in small amounts and travels through the blood system and reaches the desired cells.
Clouds come in different types etc. Different types of clouds appear at different times and affect the amount of sun light that reaches the Earth, the amount of rain etc.
According to the principles of microscopy, the diapragm regulates the intesity of light on a subject as viewed through a microscope and will affect the resolution byÊmaking it sharp with theÊcorrect amount of light and fuzzy with to little light and too much light will totally wash the image out.
Gas clouds in space are generally very thin, unless they are in the process of gravitational collapse into a new star. Any giant molecular cloud that our solar system might pass through is going to be too thin to have very much affect on the solar system. I would expect some minor reduction in the amount of sunlight that reaches Earth through the cloud.
The tilt of the earth's axis makes the amount of sunlight at different latitudes vary during the year
The object would be more clear or more blurry.
The object would be more clear or more blurry.
No, their detection requires a collider, they are a subatomic particle and their existence is inferred by their affect on other particle of matter, not by light waves.
The climate does affect the flow, mainly in two ways - Heavy rain fall etc in Ethiopia causes flooding and as the lower reaches of the Nile flows through desert, it loses a vast amount of water through evaporation.
Unlike the ocular and objective lenses, the condenser lens does not affect the magnifying power of the compound microscope The condenser can be moved up and down by a knob under the stage. A diaphragm within the condenser regulates the amount of light that reaches the slide.
the objective on a microscope causes the specimen to be inverted or fliped along the vertical and horozontail axis.
no
it is secreted by the thyroid gland in small amounts and travels through the blood system and reaches the desired cells.
because the wind reaches every where
because the wind reaches every where
They scatter sunlight, reducing the amount that reaches the surface as direct radiation (increasing the amount that reaches as diffuse).
no