MCQ Quizzes of the Day - 2025-06-19
@2025-06-19
33 quizzes
Q1. What is the Decision time of Pulkeshin I?
Q1. What is the Decision time of Pulkeshin I?
Answer: (C) 543 CE – 566 CE
Answer: (C) 543 CE – 566 CE
Answer: (C) 543 CE – 566 CE
Pulakeshin I is recognized as the founder and first sovereign ruler of the Chalukya dynasty of Vatapi (modern Badami) in present-day Karnataka, India. His reign is most accurately dated from approximately 543 CE to 566 CE. The year 543 CE, marked by his earliest inscription, is often considered the pivotal "decision time" or the formal commencement of his independent rule, during which he established the foundation of the powerful Chalukyan empire.
Pulakeshin I is recognized as the founder and first sovereign ruler of the Chalukya dynasty of Vatapi (modern Badami) in present-day Karnataka, India. His reign is most accurately dated from approximately 543 CE to 566 CE. The year 543 CE, marked by his earliest inscription, is often considered the pivotal "decision time" or the formal commencement of his independent rule, during which he established the foundation of the powerful Chalukyan empire.
Pulakeshin I is recognized as the founder and first sovereign ruler of the Chalukya dynasty of Vatapi (modern Badami) in present-day Karnataka, India. His reign is most accurately dated from approximately 543 CE to 566 CE. The year 543 CE, marked by his earliest inscription, is often considered the pivotal "decision time" or the formal commencement of his independent rule, during which he established the foundation of the powerful Chalukyan empire.
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Q2. Which of the following is the brain of the computer?
Q2. Which of the following is the brain of the computer?
Answer: (D) Central Processing Unit
Answer: (D) Central Processing Unit
Answer: (D) Central Processing Unit
The Central Processing Unit (CPU) is widely known as the "brain" of the computer because it is responsible for executing instructions, performing arithmetic and logical operations, and controlling the overall flow of data and instructions within the computer system. It processes all the instructions from the software and hardware and manages the basic operations of the computer.
The Central Processing Unit (CPU) is widely known as the "brain" of the computer because it is responsible for executing instructions, performing arithmetic and logical operations, and controlling the overall flow of data and instructions within the computer system. It processes all the instructions from the software and hardware and manages the basic operations of the computer.
The Central Processing Unit (CPU) is widely known as the "brain" of the computer because it is responsible for executing instructions, performing arithmetic and logical operations, and controlling the overall flow of data and instructions within the computer system. It processes all the instructions from the software and hardware and manages the basic operations of the computer.
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Q3. Which of these is the small-scale industry in India?
Q3. Which of these is the small-scale industry in India?
Answer: (D) Handloom Industry
Answer: (D) Handloom Industry
Answer: (D) Handloom Industry
In India, small-scale industries (SSIs) are typically characterized by lower capital investment, localized operations, and often labor-intensive production methods. Among the given options, the Handloom Industry most closely aligns with this definition. It consists of highly decentralized units where skilled artisans manually weave fabrics, contrasting sharply with the large-scale, capital-intensive operations of the Jute, Paper, and broader Textile industries which often involve significant machinery and factory-based production. The handloom sector, despite its large overall employment, operates on a very small unit-by-unit basis.
In India, small-scale industries (SSIs) are typically characterized by lower capital investment, localized operations, and often labor-intensive production methods. Among the given options, the Handloom Industry most closely aligns with this definition. It consists of highly decentralized units where skilled artisans manually weave fabrics, contrasting sharply with the large-scale, capital-intensive operations of the Jute, Paper, and broader Textile industries which often involve significant machinery and factory-based production. The handloom sector, despite its large overall employment, operates on a very small unit-by-unit basis.
In India, small-scale industries (SSIs) are typically characterized by lower capital investment, localized operations, and often labor-intensive production methods. Among the given options, the Handloom Industry most closely aligns with this definition. It consists of highly decentralized units where skilled artisans manually weave fabrics, contrasting sharply with the large-scale, capital-intensive operations of the Jute, Paper, and broader Textile industries which often involve significant machinery and factory-based production. The handloom sector, despite its large overall employment, operates on a very small unit-by-unit basis.
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Q4. At which place on earth are there days & nights of equal length always?
Q4. At which place on earth are there days & nights of equal length always?
Answer: (B) Equator
Answer: (B) Equator
Answer: (B) Equator
The Equator is the unique imaginary line on Earth where days and nights are of nearly equal length (approximately 12 hours each) every single day of the year. This phenomenon occurs because the Equator is always positioned perpendicular to the Sun's rays, regardless of Earth's tilt on its axis as it orbits the Sun. The line that divides the illuminated half of the Earth from the dark half (the terminator) consistently bisects the Equator almost perfectly, ensuring a consistent balance between daylight and darkness. This contrasts sharply with other latitudes, especially those closer to the poles, where day and night lengths vary significantly with the seasons.
The Equator is the unique imaginary line on Earth where days and nights are of nearly equal length (approximately 12 hours each) every single day of the year. This phenomenon occurs because the Equator is always positioned perpendicular to the Sun's rays, regardless of Earth's tilt on its axis as it orbits the Sun. The line that divides the illuminated half of the Earth from the dark half (the terminator) consistently bisects the Equator almost perfectly, ensuring a consistent balance between daylight and darkness. This contrasts sharply with other latitudes, especially those closer to the poles, where day and night lengths vary significantly with the seasons.
The Equator is the unique imaginary line on Earth where days and nights are of nearly equal length (approximately 12 hours each) every single day of the year. This phenomenon occurs because the Equator is always positioned perpendicular to the Sun's rays, regardless of Earth's tilt on its axis as it orbits the Sun. The line that divides the illuminated half of the Earth from the dark half (the terminator) consistently bisects the Equator almost perfectly, ensuring a consistent balance between daylight and darkness. This contrasts sharply with other latitudes, especially those closer to the poles, where day and night lengths vary significantly with the seasons.
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Q5. Who is the father of Computers?
Q5. Who is the father of Computers?
Answer: (D) Charles Babbage
Answer: (D) Charles Babbage
Answer: (D) Charles Babbage
Charles Babbage was an English mathematician, philosopher, inventor, and mechanical engineer who designed the Difference Engine and, more importantly, the Analytical Engine. The Analytical Engine is considered the conceptual forerunner of the modern digital computer, incorporating features like an Arithmetic Logic Unit (ALU), basic flow control, and integrated memory, which are fundamental to today's computers. Although it was never fully built in his lifetime, his detailed designs and theoretical work laid the foundational principles for future computer development.
Charles Babbage was an English mathematician, philosopher, inventor, and mechanical engineer who designed the Difference Engine and, more importantly, the Analytical Engine. The Analytical Engine is considered the conceptual forerunner of the modern digital computer, incorporating features like an Arithmetic Logic Unit (ALU), basic flow control, and integrated memory, which are fundamental to today's computers. Although it was never fully built in his lifetime, his detailed designs and theoretical work laid the foundational principles for future computer development.
Charles Babbage was an English mathematician, philosopher, inventor, and mechanical engineer who designed the Difference Engine and, more importantly, the Analytical Engine. The Analytical Engine is considered the conceptual forerunner of the modern digital computer, incorporating features like an Arithmetic Logic Unit (ALU), basic flow control, and integrated memory, which are fundamental to today's computers. Although it was never fully built in his lifetime, his detailed designs and theoretical work laid the foundational principles for future computer development.
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Q6. Which of the following language does the computer understand?
Q6. Which of the following language does the computer understand?
Answer: (C) Machine language
Answer: (C) Machine language
Answer: (C) Machine language
Computers fundamentally understand machine language, which is composed of binary code (sequences of 0s and 1s). Every instruction and piece of data that a computer processes must ultimately be converted into this binary format. While programmers write in high-level languages (like Python or Java) or even assembly language, these languages must be translated (compiled or interpreted) into machine language before the computer's Central Processing Unit (CPU) can execute them. Natural languages are too complex and ambiguous for direct computer understanding without sophisticated artificial intelligence processing.
Computers fundamentally understand machine language, which is composed of binary code (sequences of 0s and 1s). Every instruction and piece of data that a computer processes must ultimately be converted into this binary format. While programmers write in high-level languages (like Python or Java) or even assembly language, these languages must be translated (compiled or interpreted) into machine language before the computer's Central Processing Unit (CPU) can execute them. Natural languages are too complex and ambiguous for direct computer understanding without sophisticated artificial intelligence processing.
Computers fundamentally understand machine language, which is composed of binary code (sequences of 0s and 1s). Every instruction and piece of data that a computer processes must ultimately be converted into this binary format. While programmers write in high-level languages (like Python or Java) or even assembly language, these languages must be translated (compiled or interpreted) into machine language before the computer's Central Processing Unit (CPU) can execute them. Natural languages are too complex and ambiguous for direct computer understanding without sophisticated artificial intelligence processing.
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Q7. Vijay Singh (golf player) is from which country?
Q7. Vijay Singh (golf player) is from which country?
Answer: (D) Fiji
Answer: (D) Fiji
Answer: (D) Fiji
Vijay Singh is a professional golfer who was born in Lautoka, Fiji. He is often referred to by his nickname "The Big Fijian" due to his country of origin and his powerful golf swing. Singh has had a highly successful career, including winning three major championships: the Masters in 2000 and the PGA Championship in 1998 and 2004.
Vijay Singh is a professional golfer who was born in Lautoka, Fiji. He is often referred to by his nickname "The Big Fijian" due to his country of origin and his powerful golf swing. Singh has had a highly successful career, including winning three major championships: the Masters in 2000 and the PGA Championship in 1998 and 2004.
Vijay Singh is a professional golfer who was born in Lautoka, Fiji. He is often referred to by his nickname "The Big Fijian" due to his country of origin and his powerful golf swing. Singh has had a highly successful career, including winning three major championships: the Masters in 2000 and the PGA Championship in 1998 and 2004.
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Q8. What is the name of the weak zone of the earth's crust?
Q8. What is the name of the weak zone of the earth's crust?
Answer: (A) Seismic
Answer: (A) Seismic
Answer: (A) Seismic
The Earth's crust is not a single, unbroken shell; it's divided into large pieces called tectonic plates. The boundaries where these plates meet are subject to immense stress due to their constant movement. These areas, characterized by frequent movement and deformation, are known as seismic zones or fault zones. The accumulated stress in these weak zones is eventually released in the form of earthquakes. While the asthenosphere is a weak, semi-fluid layer beneath the lithosphere (which includes the crust), the term "seismic zone" specifically refers to the regions within the crust that are prone to seismic activity.
The Earth's crust is not a single, unbroken shell; it's divided into large pieces called tectonic plates. The boundaries where these plates meet are subject to immense stress due to their constant movement. These areas, characterized by frequent movement and deformation, are known as seismic zones or fault zones. The accumulated stress in these weak zones is eventually released in the form of earthquakes. While the asthenosphere is a weak, semi-fluid layer beneath the lithosphere (which includes the crust), the term "seismic zone" specifically refers to the regions within the crust that are prone to seismic activity.
The Earth's crust is not a single, unbroken shell; it's divided into large pieces called tectonic plates. The boundaries where these plates meet are subject to immense stress due to their constant movement. These areas, characterized by frequent movement and deformation, are known as seismic zones or fault zones. The accumulated stress in these weak zones is eventually released in the form of earthquakes. While the asthenosphere is a weak, semi-fluid layer beneath the lithosphere (which includes the crust), the term "seismic zone" specifically refers to the regions within the crust that are prone to seismic activity.
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Q9. The green planet in the solar system is?
Q9. The green planet in the solar system is?
Answer: (D) Uranus
Answer: (D) Uranus
Answer: (D) Uranus
Uranus is commonly known as the "green planet" in our solar system. Its unique greenish-blue hue is attributed to the presence of methane gas in its atmosphere. Methane effectively absorbs the red spectrum of sunlight, allowing the blue and green wavelengths to be reflected, thus giving Uranus its characteristic appearance. This gas plays a key role in defining the planet's visual identity.
Uranus is commonly known as the "green planet" in our solar system. Its unique greenish-blue hue is attributed to the presence of methane gas in its atmosphere. Methane effectively absorbs the red spectrum of sunlight, allowing the blue and green wavelengths to be reflected, thus giving Uranus its characteristic appearance. This gas plays a key role in defining the planet's visual identity.
Uranus is commonly known as the "green planet" in our solar system. Its unique greenish-blue hue is attributed to the presence of methane gas in its atmosphere. Methane effectively absorbs the red spectrum of sunlight, allowing the blue and green wavelengths to be reflected, thus giving Uranus its characteristic appearance. This gas plays a key role in defining the planet's visual identity.
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Q10. Where was India’s first national Museum opened?
Q10. Where was India’s first national Museum opened?
Answer: (A) Delhi
Answer: (A) Delhi
Answer: (A) Delhi
India's first national museum is the National Museum in New Delhi, inaugurated on August 15, 1949. It is located on Janpath in New Delhi and houses a vast collection of artifacts ranging from prehistoric times to modern art. The museum is under the administrative control of the Ministry of Culture, Government of India.
India's first national museum is the National Museum in New Delhi, inaugurated on August 15, 1949. It is located on Janpath in New Delhi and houses a vast collection of artifacts ranging from prehistoric times to modern art. The museum is under the administrative control of the Ministry of Culture, Government of India.
India's first national museum is the National Museum in New Delhi, inaugurated on August 15, 1949. It is located on Janpath in New Delhi and houses a vast collection of artifacts ranging from prehistoric times to modern art. The museum is under the administrative control of the Ministry of Culture, Government of India.
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