[D] Near point = 25 cm and far point infinity Mentioned in option [D], It is also called the near point of the eye and it is 25 cm for a young adult with normal vision. The far point is the farthest point up to which the eyes can see objects clearly and is infinity for a normal eye.
[D] Near point = 25 cm and far point infinity
Mentioned in option [D], It is also called the near point of the eye and it is 25 cm for a young adult with normal vision. The far point is the farthest point up to which the eyes can see objects clearly and is infinity for a normal eye.
In order to get a diminished and virtual image the object can be placed anywhere in front of a
[C] Convex mirror
[C] Convex mirror
See lessThe element that liberate H₂ gas on reacting with diluted nitric acid is:
[C] Mg and Mn Dilute nitric acid can react only with Mg and Mn that release hydrogen gas.
[C] Mg and Mn
See lessDilute nitric acid can react only with Mg and Mn that release hydrogen gas.
During deficiency of oxygen in tissues of human beings, pyruvic acid is converted into lactic acid in the
Dilute nitric acid can react only with Mg and Mn that release hydrogen gas.
Dilute nitric acid can react only with Mg and Mn that release hydrogen gas.
See lessThe near point and far point of a young adult with normal vision is:
[D] Near point = 25 cm and far point infinity Mentioned in option [D], It is also called the near point of the eye and it is 25 cm for a young adult with normal vision. The far point is the farthest point up to which the eyes can see objects clearly and is infinity for a normal eye.
[D] Near point = 25 cm and far point infinity
See lessMentioned in option [D], It is also called the near point of the eye and it is 25 cm for a young adult with normal vision. The far point is the farthest point up to which the eyes can see objects clearly and is infinity for a normal eye.
Most of the refraction for the light rays entering the eye occurs at:
[A] Outer surface of the cornea.
[A] Outer surface of the cornea.
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