Islamic History MCQs

Muslim Scientists – Ibn al-Haytham Alhazen MCQs with Answer

The following are Muslim Scientists – Ibn al-Haytham Alhazen MCQs with answers related to Islamic Studies. We have arranged the most important and repeated MCQs in all the competitive examinations. The students can clear their concepts for Muslim Scientists – Ibn al-Haytham Alhazen MCQs online quiz by attempting these.

Muslim Scientists – Ibn al-Haytham Alhazen Online MCQs with Answers

What was the full name of the Muslim scientist commonly known as Ibn al-Haytham?
A) Ibn Sina
B) Ibn Khaldun
C) Ibn al-Haytham
D) Ibn Rushd

Answer
C) Ibn al-Haytham

Ibn al-Haytham is often referred to as the “father of what”?
A) Optics
B) Chemistry
C) Algebra
D) Astronomy

Answer
A) Optics

In which Islamic Golden Age city was Ibn al-Haytham born?
A) Baghdad
B) Cairo
C) Basra
D) Damascus

Answer
D) Damascus

Ibn al-Haytham made significant contributions to which branch of science that deals with the behavior of light?
A) Optics
B) Chemistry
C) Astronomy
D) Medicine

Answer
A) Optics

What is the name of Ibn al-Haytham’s most famous work on optics, often translated as “The Book of Optics”?
A) Al-Risalah al-Shamilah
B) Al-Kitab al-Mawardi
C) Al-Qanun al-Mas’udi
D) Kitab al-Manazir

Answer
D) Kitab al-Manazir

Ibn al-Haytham’s work on optics laid the foundation for the modern understanding of what optical phenomenon?
A) Refraction
B) Reflection
C) Dispersion
D) Diffraction

Answer
A) Refraction

Ibn al-Haytham’s studies on vision and the eye led to his correct understanding of how vision occurs. Which part of the eye did he identify as responsible for forming images?
A) Retina
B) Cornea
C) Lens
D) Iris

Answer
C) Lens

What principle, often credited to Ibn al-Haytham, describes the path that light takes when it passes from one medium to another and changes direction?
A) Snell’s Law
B) Kepler’s Law
C) Hubble’s Law
D) Ohm’s Law

Answer
A) Snell’s Law

Ibn al-Haytham’s contributions to optics were crucial for the development of what later scientific device?
A) Telescope
B) Microscope
C) Spectrometer
D) X-ray machine

Answer
A) Telescope

Which famous Greek philosopher’s work on optics greatly influenced Ibn al-Haytham’s own studies in the field?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s groundbreaking work on optics included the first correct explanation of what natural occurrence?
A) Rainbow
B) Earthquake
C) Solar eclipse
D) Volcano eruption

Answer
A) Rainbow

Which of the following is NOT an area of study that Ibn al-Haytham made significant contributions to?
A) Mathematics
B) Medicine
C) Astronomy
D) Chemistry

Answer
D) Chemistry

In his work on optics, Ibn al-Haytham emphasized the importance of what in the scientific method?
A) Experimentation
B) Intuition
C) Revelation
D) Deduction

Answer
A) Experimentation

Which ancient Greek philosopher’s work did Ibn al-Haytham criticize and improve upon in his studies on light and vision?
A) Plato
B) Socrates
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s contributions to optics extended beyond theory; he also designed what optical instrument for practical use?
A) Microscope
B) Camera obscura
C) Telescope
D) Microscope

Answer
B) Camera obscura

Which Latin scholar played a key role in transmitting Ibn al-Haytham’s works on optics to the Western world during the Middle Ages?
A) Galileo Galilei
B) Johannes Kepler
C) Roger Bacon
D) Nicolaus Copernicus

Answer
C) Roger Bacon

Ibn al-Haytham made contributions to which branch of science by studying the anatomy and function of the eye?
A) Medicine
B) Biology
C) Geology
D) Astronomy

Answer
A) Medicine

Ibn al-Haytham’s studies on the nature of light challenged the ideas of which ancient Greek philosopher regarding vision?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

Which Islamic Golden Age scholar is often credited with introducing the scientific method, which Ibn al-Haytham embraced in his work?
A) Al-Razi
B) Al-Kindi
C) Al-Biruni
D) Ibn Sina

Answer
B) Al-Kindi

What is the term for the phenomenon that Ibn al-Haytham described as the ability of a pinhole to project an inverted image of an external scene onto a surface?
A) Diffraction
B) Refraction
C) Pinhole effect
D) Camera obscura

Answer
D) Camera obscura

In addition to optics, Ibn al-Haytham made significant contributions to which other field of science?
A) Astronomy
B) Chemistry
C) Geology
D) Mathematics

Answer
A) Astronomy

What is the term for the natural phenomenon of light bending when it passes through different media, which Ibn al-Haytham studied extensively?
A) Diffraction
B) Reflection
C) Refraction
D) Dispersion

Answer
C) Refraction

Ibn al-Haytham’s work on optics laid the foundation for the development of what later scientific device?
A) Telescope
B) Microscope
C) Spectrometer
D) X-ray machine

Answer
A) Telescope

What principle, often credited to Ibn al-Haytham, describes the path that light takes when it passes from one medium to another and changes direction?
A) Snell’s Law
B) Kepler’s Law
C) Hubble’s Law
D) Ohm’s Law

Answer
A) Snell’s Law

Ibn al-Haytham’s contributions to optics were crucial for the development of what later scientific device?
A) Telescope
B) Microscope
C) Spectrometer
D) X-ray machine

Answer
A) Telescope

Which famous Greek philosopher’s work on optics greatly influenced Ibn al-Haytham’s own studies in the field?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s groundbreaking work on optics included the first correct explanation of what natural occurrence?
A) Rainbow
B) Earthquake
C) Solar eclipse
D) Volcano eruption

Answer
A) Rainbow

Which of the following is NOT an area of study that Ibn al-Haytham made significant contributions to?
A) Mathematics
B) Medicine
C) Astronomy
D) Chemistry

Answer
D) Chemistry

In his work on optics, Ibn al-Haytham emphasized the importance of what in the scientific method?
A) Experimentation
B) Intuition
C) Revelation
D) Deduction

Answer
A) Experimentation

Which ancient Greek philosopher’s work did Ibn al-Haytham criticize and improve upon in his studies on light and vision?
A) Plato
B) Socrates
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s contributions to optics extended beyond theory; he also designed what optical instrument for practical use?
A) Microscope
B) Camera obscura
C) Telescope
D) Microscope

Answer
B) Camera obscura

Which Latin scholar played a key role in transmitting Ibn al-Haytham’s works on optics to the Western world during the Middle Ages?
A) Galileo Galilei
B) Johannes Kepler
C) Roger Bacon
D) Nicolaus Copernicus

Answer
C) Roger Bacon

Ibn al-Haytham made contributions to which branch of science by studying the anatomy and function of the eye?
A) Medicine
B) Biology
C) Geology
D) Astronomy

Answer
A) Medicine

Ibn al-Haytham’s studies on the nature of light challenged the ideas of which ancient Greek philosopher regarding vision?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

Which Islamic Golden Age scholar is often credited with introducing the scientific method, which Ibn al-Haytham embraced in his work?
A) Al-Razi
B) Al-Kindi
C) Al-Biruni
D) Ibn Sina

Answer
B) Al-Kindi

What is the term for the phenomenon that Ibn al-Haytham described as the ability of a pinhole to project an inverted image of an external scene onto a surface?
A) Diffraction
B) Refraction
C) Pinhole effect
D) Camera obscura

Answer
D) Camera obscura

In addition to optics, Ibn al-Haytham made significant contributions to which other field of science?
A) Astronomy
B) Chemistry
C) Geology
D) Mathematics

Answer
A) Astronomy

What is the term for the natural phenomenon of light bending when it passes through different media, which Ibn al-Haytham studied extensively?
A) Diffraction
B) Reflection
C) Refraction
D) Dispersion

Answer
C) Refraction

Ibn al-Haytham’s work on optics laid the foundation for the development of what later scientific device?
A) Telescope
B) Microscope
C) Spectrometer
D) X-ray machine

Answer
A) Telescope

What principle, often credited to Ibn al-Haytham, describes the path that light takes when it passes from one medium to another and changes direction?
A) Snell’s Law
B) Kepler’s Law
C) Hubble’s Law
D) Ohm’s Law

Answer
A) Snell’s Law

Ibn al-Haytham’s contributions to optics were crucial for the development of what later scientific device?
A) Telescope
B) Microscope
C) Spectrometer
D) X-ray machine

Answer
A) Telescope

Which famous Greek philosopher’s work on optics greatly influenced Ibn al-Haytham’s own studies in the field?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s groundbreaking work on optics included the first correct explanation of what natural occurrence?
A) Rainbow
B) Earthquake
C) Solar eclipse
D) Volcano eruption

Answer
A) Rainbow

Which of the following is NOT an area of study that Ibn al-Haytham made significant contributions to?
A) Mathematics
B) Medicine
C) Astronomy
D) Chemistry

Answer
D) Chemistry

In his work on optics, Ibn al-Haytham emphasized the importance of what in the scientific method?
A) Experimentation
B) Intuition
C) Revelation
D) Deduction

Answer
A) Experimentation

Which ancient Greek philosopher’s work did Ibn al-Haytham criticize and improve upon in his studies on light and vision?
A) Plato
B) Socrates
C) Aristotle
D) Euclid

Answer
C) Aristotle

Ibn al-Haytham’s contributions to optics extended beyond theory; he also designed what optical instrument for practical use?
A) Microscope
B) Camera obscura
C) Telescope
D) Microscope

Answer
B) Camera obscura

Which Latin scholar played a key role in transmitting Ibn al-Haytham’s works on optics to the Western world during the Middle Ages?
A) Galileo Galilei
B) Johannes Kepler
C) Roger Bacon
D) Nicolaus Copernicus

Answer
C) Roger Bacon

Ibn al-Haytham made contributions to which branch of science by studying the anatomy and function of the eye?
A) Medicine
B) Biology
C) Geology
D) Astronomy

Answer
A) Medicine

Ibn al-Haytham’s studies on the nature of light challenged the ideas of which ancient Greek philosopher regarding vision?
A) Socrates
B) Plato
C) Aristotle
D) Euclid

Answer
C) Aristotle

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