Convex mirrors make the image of the distant object clear and enlarged due to this we can see the objects on the other side of turns before taking the turn this is the reason why convex mirrors are fixed on blind turns of the mountain areas.
They are there to help you see if any traffic is coming around the corner.
They are there to help you see if any traffic is coming around the corner.
They are there to help you see if any traffic is coming around the corner.
Because convex mirror diverges the image and due to divergence we can know about the car coming from the other side of the turn as the image reflected is greater.
A fixed location in a space is called a fixed star.
Periscopes A periscope is a instrument of observation used for naval use or for other war-like purposes. In fact the first periscope prototype was made by Johann Gutenberg which was used to enable people to see over the heads of the crowd at the Vigintennial religious festival at Aachen. In the navy it is used in submarines to view possible threats such as enemy submarines or sea mines. Marie Davey built the first naval periscope, a simple, fixed periscope using mirrors in 1854. A periscope works by using two mirrors to bounce light from one place to another. A typical periscope uses two mirrors at 45 degree angles to the direction one desires to see. The light bounces from one to the other and then out to the person's eye.
that something was fixed in space not on earth. dur
Any star other than our own sun is a fixed star. Therefore Proxima Centauri (a red dwarf star) and the Pole Star (Polaris) are fixed stars. Note that fixed stars only appear to be fixed but are actually in motion.
To help you see traffic ahead.
Convex mirrors are fixed on very sharp turns of the roads of mountains Because convex mirror diverges the image and due to divergence we can know about the car coming from the other side of the turn as the image reflected is greater.
Because convex mirror diverges the image and due to divergence we can know about the car coming from the other side of the turn as the image reflected is greater.
Because convex mirror diverges the image and due to divergence we can know about the car coming from the other side of the turn as the image reflected is greater.
because convex mirror diverges the image and due to divergence we can know abt the car coming from the other side of the turn as the image reflected is greater.
being blind from other cars
A single fixed
no
There are two types of lenses - fixed focal and zoom lenses.
From what i know you have to remove the door panel and tighten the 3 bolts holding the mirror
For a call option, the option price is convex and decreasing with increasing strike price, assuming a fixed maturity and same underlying price.
Um maybe $102.000 or maybe not