Hi, please I need help with the correct answer to the above multiple questions. Thanks. Some animals, such as snakes, can see infrared waves. The un human eye can not detect these waves, however, we can aided detect some wavelengths of light. Considering the following statements, which, if any, would be true? (SELECT ALL TRUE STATEMENTS) O if an object is seen as red, red light is absorbed by the object and not reflected O Visible light waves exist in the 100- 300nm wavelength range C ight is a form of electromagnetic energy that slows down as it enters a medium that is less dense O if an object is green, the object is absorbing non-green waves and reflecting green waves. since humans can not see all wavelengths of the electromagnetic spectrum, only waves within the visible light spectrum will damage the eye e. UV light can not damage the retina because we can not see UV light Solution 1. If an object is green, the object is absorbing non-green waves and reflecting green waves. The reflected green waves are captured by our eyes and the object appears \'green\'. The first statement is the exact opposite of this and, hence, incorrect. 100-300 nm wavelengths correspond to the UV spectrum. Light speeds up in a rarer medium. And, UV light can (seriously) damage our eyes. 2. Superior colliculus: This part of the brain is responsible for saccades - the process by which our eyes scan different images of an object with different focus and \'knits\' them together to perceive useful information. 3. Lens cannot be transplanted! All other options are invalid. 4. Tympanic membrane: Commonly known as the \'ear drum\', this thin membranous structure is present at the end of the external ear canal. All other structures listed are present beyond the tympanic membrane. When something such as a Q-tip or earbud is inserted too deep in the ear canal, it will first perforate the tympanic membrane before injuring any other part..

1. Hi, please I need help with the correct answer to the above multiple questions. Thanks. Some
animals, such as snakes, can see infrared waves. The un human eye can not detect these waves,
however, we can aided detect some wavelengths of light. Considering the following statements,
which, if any, would be true? (SELECT ALL TRUE STATEMENTS) O if an object is seen as
red, red light is absorbed by the object and not reflected O Visible light waves exist in the 100-
300nm wavelength range C ight is a form of electromagnetic energy that slows down as it enters
a medium that is less dense O if an object is green, the object is absorbing non-green waves and
reflecting green waves. since humans can not see all wavelengths of the electromagnetic
spectrum, only waves within the visible light spectrum will damage the eye e. UV light can not
damage the retina because we can not see UV light
Solution
1. If an object is green, the object is absorbing non-green waves and reflecting green waves. The
reflected green waves are captured by our eyes and the object appears 'green'.
The first statement is the exact opposite of this and, hence, incorrect. 100-300 nm wavelengths
correspond to the UV spectrum. Light speeds up in a rarer medium. And, UV light can
(seriously) damage our eyes.
2. Superior colliculus: This part of the brain is responsible for saccades - the process by which
our eyes scan different images of an object with different focus and 'knits' them together to
perceive useful information.
3. Lens cannot be transplanted! All other options are invalid.
4. Tympanic membrane: Commonly known as the 'ear drum', this thin membranous structure is
present at the end of the external ear canal. All other structures listed are present beyond the
tympanic membrane. When something such as a Q-tip or earbud is inserted too deep in the ear
canal, it will first perforate the tympanic membrane before injuring any other part.