inertia force - перевод на русский
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  3. inertia force

inertia force - перевод на русский

WIKIMEDIA DISAMBIGUATION PAGE
Inertia (album); Inertia (Album); Inertia (song)
Найдено результатов: 1237
inertia force      

общая лексика

сила инерции

строительное дело

инерционная сила, сила инерции

inertia force      
инерционная сила, сила инерции
inertial force         
  • Figure 5: Crossing a rotating carousel walking at a constant speed from the centre of the carousel to its edge, a spiral is traced out in the inertial frame, while a simple straight radial path is seen in the frame of the carousel.
  • Figure 4: An orbiting coordinate system ''B'' similar to Figure 3, but in which unit vectors '''u'''<sub>j</sub>, j = 1, 2, 3 rotate to face the rotational axis, while the origin of the coordinate system ''B'' moves at constant angular rate ω about the fixed axis '''Ω'''.
  • In the inertial frame of reference (upper part of the picture), the black ball moves in a straight line. However, the observer (brown dot) who is standing in the rotating/non-inertial frame of reference (lower part of the picture) sees the object as following a curved path due to the Coriolis or centrifugal forces present in this frame.
  • Figure 2: An object located at '''x'''<sub>A</sub> in inertial frame ''A'' is located at location '''x'''<sub>B</sub> in accelerating frame ''B''. The origin of frame ''B'' is located at '''X'''<sub>AB</sub> in frame ''A''. The orientation of frame ''B'' is determined by the unit vectors along its coordinate directions, '''u'''<sub>j</sub> with ''j'' = 1, 2, 3. Using these axes, the coordinates of the object according to frame ''B'' are '''x'''<sub>B</sub> = ( '''''x'''''<sub>1</sub>, '''''x'''''<sub>2</sub>, '''''x'''''<sub>3</sub>).
  • Figure 3: An orbiting but fixed orientation coordinate system ''B'', shown at three different times. The unit vectors '''u'''<sub>j</sub>, j = 1, 2, 3 do ''not'' rotate, but maintain a fixed orientation, while the origin of the coordinate system ''B'' moves at constant angular rate ω about the fixed axis '''Ω'''. Axis '''Ω''' passes through the origin of inertial frame ''A'', so the origin of frame ''B'' is a fixed distance ''R'' from the origin of inertial frame ''A''.
  • Rain and shell frame perspectives of physical (red) and fictitious (blue) forces for an object that rolls off a cliff.
  • Map and spin frame perspectives of physical (red) and fictitious (blue) forces for an object released from a carousel
APPARENT FORCE THAT ACTS ON ALL MASSES WHOSE MOTION IS DESCRIBED USING A NON-INERTIAL FRAME OF REFERENCE, SUCH AS A ROTATING REFERENCE FRAME
Inertial force; Fictitious forces; Fictional force; Apparent force; Fictitious Force; Pseudo force; Pseudoforce; Inertial Force; Imaginary force; D'Alembert force; Pseudo-force; Ficticious Force; Effective force; Kinetic reaction
inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias
инерция
inertial force         
  • Figure 5: Crossing a rotating carousel walking at a constant speed from the centre of the carousel to its edge, a spiral is traced out in the inertial frame, while a simple straight radial path is seen in the frame of the carousel.
  • Figure 4: An orbiting coordinate system ''B'' similar to Figure 3, but in which unit vectors '''u'''<sub>j</sub>, j = 1, 2, 3 rotate to face the rotational axis, while the origin of the coordinate system ''B'' moves at constant angular rate ω about the fixed axis '''Ω'''.
  • In the inertial frame of reference (upper part of the picture), the black ball moves in a straight line. However, the observer (brown dot) who is standing in the rotating/non-inertial frame of reference (lower part of the picture) sees the object as following a curved path due to the Coriolis or centrifugal forces present in this frame.
  • Figure 2: An object located at '''x'''<sub>A</sub> in inertial frame ''A'' is located at location '''x'''<sub>B</sub> in accelerating frame ''B''. The origin of frame ''B'' is located at '''X'''<sub>AB</sub> in frame ''A''. The orientation of frame ''B'' is determined by the unit vectors along its coordinate directions, '''u'''<sub>j</sub> with ''j'' = 1, 2, 3. Using these axes, the coordinates of the object according to frame ''B'' are '''x'''<sub>B</sub> = ( '''''x'''''<sub>1</sub>, '''''x'''''<sub>2</sub>, '''''x'''''<sub>3</sub>).
  • Figure 3: An orbiting but fixed orientation coordinate system ''B'', shown at three different times. The unit vectors '''u'''<sub>j</sub>, j = 1, 2, 3 do ''not'' rotate, but maintain a fixed orientation, while the origin of the coordinate system ''B'' moves at constant angular rate ω about the fixed axis '''Ω'''. Axis '''Ω''' passes through the origin of inertial frame ''A'', so the origin of frame ''B'' is a fixed distance ''R'' from the origin of inertial frame ''A''.
  • Rain and shell frame perspectives of physical (red) and fictitious (blue) forces for an object that rolls off a cliff.
  • Map and spin frame perspectives of physical (red) and fictitious (blue) forces for an object released from a carousel
APPARENT FORCE THAT ACTS ON ALL MASSES WHOSE MOTION IS DESCRIBED USING A NON-INERTIAL FRAME OF REFERENCE, SUCH AS A ROTATING REFERENCE FRAME
Inertial force; Fictitious forces; Fictional force; Apparent force; Fictitious Force; Pseudo force; Pseudoforce; Inertial Force; Imaginary force; D'Alembert force; Pseudo-force; Ficticious Force; Effective force; Kinetic reaction

Смотрите также

inertia force

inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias
сущ.
1) инерция, тенденция к сохранению существующего;
2) вялость, бездействие.
inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias
inertia noun 1) phys. инерция; сила инерции 2) инертность, вялость; косность 3) attr. - inertia governor
inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias
инерция
inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias

[i'nə:ʃə]

общая лексика

бездеятельность

инертность

инерциальный

инерционный

инерция

косность

медицина

слабость

существительное

общая лексика

вялость

бездействие

инертность, вялость

косность

физика

инерция

инертность

инерционные свойства

сила инерции

Смотрите также

cumulative throughflow; fractional throughflow

inertia         
  • rotational inertia
  • Galileo Galilei
  • The effect of inertial mass: if pulled slowly, the upper thread breaks (a). If pulled quickly, the lower thread breaks (b)
THE TENDENCY OF AN OBJECT TO REMAIN IN ITS EXISTING STATE OF MOTION IS CALLED ITS INERTIA
Rest (physics); Galileo's Principle; Galileo's principle; Galileo principle; Inertia of rest; Types of Inertia; Principle of inertia (physics); Principle of inertia; The history of law of inertia; Inertias
инерция

Определение

inertia
n.
1) sheer inertia
2) through inertia
Показать больше определений

Википедия

Inertia (disambiguation)

Inertia is the resistance of a physical object to change in its velocity.

Inertia may also refer to:

https://en.wikipedia.org/wiki/Inertia (disambiguation)
Как переводится inertia force на Русский язык
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