According to Newton's Second Law (F=ma), the acceleration (a) of an object is inversely proportional to its mass (m) when subjected to a constant force (F). In the context of a gun firing, the bullet and the gun experience equal and opposite forces during the action-reaction process (as per Newton'sRead more
According to Newton’s Second Law (F=ma), the acceleration (a) of an object is inversely proportional to its mass (m) when subjected to a constant force (F). In the context of a gun firing, the bullet and the gun experience equal and opposite forces during the action-reaction process (as per Newton’s Third Law). However, since the mass of the gun is typically much greater than that of the bullet, the gun’s acceleration is significantly smaller compared to the bullet. Therefore, the bullet accelerates more rapidly due to its lower mass, while the gun recoils with a much smaller acceleration due to its greater mass.
Recoil refers to the backward movement or kick experienced by a firearm when a projectile, like a bullet, is expelled during firing. This phenomenon is a direct consequence of Newton's Third Law of Motion. As the gun expels the bullet forward (action), an equal and opposite force acts on the gun inRead more
Recoil refers to the backward movement or kick experienced by a firearm when a projectile, like a bullet, is expelled during firing. This phenomenon is a direct consequence of Newton’s Third Law of Motion. As the gun expels the bullet forward (action), an equal and opposite force acts on the gun in the backward direction (reaction). The expelled gases propelling the bullet generate a force that, per Newton’s law, induces a recoil force on the gun. This action-reaction pair illustrates the law’s principle: every force has an equal and opposite counterpart, in this case, between the gun and the fired projectile.
When a sailor jumps out of a rowing boat, Newton's Third Law is demonstrated. As the sailor exerts a downward force on the boat (action), the boat simultaneously exerts an equal and opposite upward force on the sailor (reaction). This action-reaction pair illustrates the law's principle that for eveRead more
When a sailor jumps out of a rowing boat, Newton’s Third Law is demonstrated. As the sailor exerts a downward force on the boat (action), the boat simultaneously exerts an equal and opposite upward force on the sailor (reaction). This action-reaction pair illustrates the law’s principle that for every force, there is an equal and opposite force. The sailor’s push down propels them upward, showcasing the conservation of momentum. Newton’s Third Law explains the mutual interaction between the sailor and the boat, emphasizing that the forces involved are always paired and act on different objects in opposite directions.
The government also honours people who contributed to Ayurvedic treatment and research on Ayurveda Day with 'National Dhanwantari Ayurveda Award' every year. The National Dhanwantari Ayurveda Awards consist of a citation, trophy (Statue of Dhanwantari) and cash prize of ₹5 Lakh.
The government also honours people who contributed to Ayurvedic treatment and research on Ayurveda Day with ‘National Dhanwantari Ayurveda Award’ every year. The National Dhanwantari Ayurveda Awards consist of a citation, trophy (Statue of Dhanwantari) and cash prize of ₹5 Lakh.
The Nobel Prize was established by the Swedish inventor, scientist, and philanthropist Alfred Nobel. Alfred Nobel was born in Stockholm, Sweden, in 1833. In his will, Nobel dedicated the majority of his fortune to create the Nobel Prizes, specifying awards for achievements in physics, chemistry, phyRead more
The Nobel Prize was established by the Swedish inventor, scientist, and philanthropist Alfred Nobel. Alfred Nobel was born in Stockholm, Sweden, in 1833. In his will, Nobel dedicated the majority of his fortune to create the Nobel Prizes, specifying awards for achievements in physics, chemistry, physiology or medicine, literature, and peace. The first Nobel Prizes were awarded in 1901, following Nobel’s death in 1896. The Nobel Foundation, based in Sweden, administers the prizes, with the exception of the Nobel Peace Prize, which is awarded in Oslo, Norway, in accordance with Nobel’s will.
How does the mass of the gun and the bullet affect their accelerations during firing?
According to Newton's Second Law (F=ma), the acceleration (a) of an object is inversely proportional to its mass (m) when subjected to a constant force (F). In the context of a gun firing, the bullet and the gun experience equal and opposite forces during the action-reaction process (as per Newton'sRead more
According to Newton’s Second Law (F=ma), the acceleration (a) of an object is inversely proportional to its mass (m) when subjected to a constant force (F). In the context of a gun firing, the bullet and the gun experience equal and opposite forces during the action-reaction process (as per Newton’s Third Law). However, since the mass of the gun is typically much greater than that of the bullet, the gun’s acceleration is significantly smaller compared to the bullet. Therefore, the bullet accelerates more rapidly due to its lower mass, while the gun recoils with a much smaller acceleration due to its greater mass.
See lessWhat is recoil, and how is it related to Newton’s third law?
Recoil refers to the backward movement or kick experienced by a firearm when a projectile, like a bullet, is expelled during firing. This phenomenon is a direct consequence of Newton's Third Law of Motion. As the gun expels the bullet forward (action), an equal and opposite force acts on the gun inRead more
Recoil refers to the backward movement or kick experienced by a firearm when a projectile, like a bullet, is expelled during firing. This phenomenon is a direct consequence of Newton’s Third Law of Motion. As the gun expels the bullet forward (action), an equal and opposite force acts on the gun in the backward direction (reaction). The expelled gases propelling the bullet generate a force that, per Newton’s law, induces a recoil force on the gun. This action-reaction pair illustrates the law’s principle: every force has an equal and opposite counterpart, in this case, between the gun and the fired projectile.
See lessCan you explain how a sailor jumping out of a rowing boat demonstrates Newton’s third law?
When a sailor jumps out of a rowing boat, Newton's Third Law is demonstrated. As the sailor exerts a downward force on the boat (action), the boat simultaneously exerts an equal and opposite upward force on the sailor (reaction). This action-reaction pair illustrates the law's principle that for eveRead more
When a sailor jumps out of a rowing boat, Newton’s Third Law is demonstrated. As the sailor exerts a downward force on the boat (action), the boat simultaneously exerts an equal and opposite upward force on the sailor (reaction). This action-reaction pair illustrates the law’s principle that for every force, there is an equal and opposite force. The sailor’s push down propels them upward, showcasing the conservation of momentum. Newton’s Third Law explains the mutual interaction between the sailor and the boat, emphasizing that the forces involved are always paired and act on different objects in opposite directions.
See lessDhanvantari Award is given in which field?
The government also honours people who contributed to Ayurvedic treatment and research on Ayurveda Day with 'National Dhanwantari Ayurveda Award' every year. The National Dhanwantari Ayurveda Awards consist of a citation, trophy (Statue of Dhanwantari) and cash prize of ₹5 Lakh.
The government also honours people who contributed to Ayurvedic treatment and research on Ayurveda Day with ‘National Dhanwantari Ayurveda Award’ every year. The National Dhanwantari Ayurveda Awards consist of a citation, trophy (Statue of Dhanwantari) and cash prize of ₹5 Lakh.
See lessWhich country established the Nobel Prize?
The Nobel Prize was established by the Swedish inventor, scientist, and philanthropist Alfred Nobel. Alfred Nobel was born in Stockholm, Sweden, in 1833. In his will, Nobel dedicated the majority of his fortune to create the Nobel Prizes, specifying awards for achievements in physics, chemistry, phyRead more
The Nobel Prize was established by the Swedish inventor, scientist, and philanthropist Alfred Nobel. Alfred Nobel was born in Stockholm, Sweden, in 1833. In his will, Nobel dedicated the majority of his fortune to create the Nobel Prizes, specifying awards for achievements in physics, chemistry, physiology or medicine, literature, and peace. The first Nobel Prizes were awarded in 1901, following Nobel’s death in 1896. The Nobel Foundation, based in Sweden, administers the prizes, with the exception of the Nobel Peace Prize, which is awarded in Oslo, Norway, in accordance with Nobel’s will.
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