The Magnus effect in action. Named after Heinrich Gustav Magnus, this phenomenon is observable in a spinning object. As a ball moves through the air, its spin is moving against the flow of air on one side, towards the air on the other. So, the object drags air faster around one side, creating a difference in pressure that moves THE OBJECT in the direction of the lower-pressure side. Source: Pongfinity http://bit.ly/2LmkCyB | ABC Science
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The Magnus effect in action. Named after Heinrich Gustav Magnus, this phenomenon is observable in a spinning object. As a ball moves through the air, its spin is moving against the flow of air on one side, towards the air on the other. So, the object drags air faster around one side, creating a difference in pressure that moves THE OBJECT in the direction of the lower-pressure side. Source: Pongfinity http://bit.ly/2LmkCyB | ABC Science
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Backspin And The Magnus Effect! | Veritasium
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Backspin And The Magnus Effect! | Veritasium
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The Magnus effect is a physical phenomenon where a spinning object moving through a fluid (like air) experiences a force perpendicular to both its direction of motion and the axis of spin. This occurs because the rotation alters the air pressure around the object—air moves faster on one side and slower on the other, creating a pressure difference. The result is a curved trajectory, commonly seen in sports like soccer, baseball, or tennis when a ball curves due to spin. #reels #explore #memes | E
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The Magnus effect is a physical phenomenon where a spinning object moving through a fluid (like air) experiences a force perpendicular to both its direction of motion and the axis of spin. This occurs because the rotation alters the air pressure around the object—air moves faster on one side and slower on the other, creating a pressure difference. The result is a curved trajectory, commonly seen in sports like soccer, baseball, or tennis when a ball curves due to spin. #reels #explore #memes | E
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The Magnus effect is a physical phenomenon where a spinning object moving through a fluid (like air or water) experiences a force perpendicular to the direction of motion and the axis of spin. This happens because the spin causes differences in pressure on opposite sides of the object, due to varying air speeds.It’s most commonly seen in sports—for example, when a soccer ball curves in the air after being kicked with spin, or when a baseball pitcher throws a curveball. It’s also used in engineer
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The Magnus effect is a physical phenomenon where a spinning object moving through a fluid (like air or water) experiences a force perpendicular to the direction of motion and the axis of spin. This happens because the spin causes differences in pressure on opposite sides of the object, due to varying air speeds.It’s most commonly seen in sports—for example, when a soccer ball curves in the air after being kicked with spin, or when a baseball pitcher throws a curveball. It’s also used in engineer
443.5K viewsMar 21, 2025
FacebookExplaining Everything
MAGNUS EFFECT | PHYSICS| EXPERIMENTS |REAL LIFE EXAMPLE | SCIENCE AND TECHNOLOGY | FOOTBALL #physics
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MAGNUS EFFECT | PHYSICS| EXPERIMENTS |REAL LIFE EXAMPLE | SCIENCE AND TECHNOLOGY | FOOTBALL #physics
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Technology | Facts | Innovation on Instagram: "The Magnus Effect is the reason a spinning ball can suddenly curve, dip, or rise in mid-air - and it all comes down to how that spin changes the airflow around it. When an object spins, it drags air around its surface. On one side, the spin moves with the airflow, speeding it up. On the other side, the spin moves against the airflow, slowing it down. Fast-moving air creates lower pressure. Slow-moving air creates higher pressure. That difference pus
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Technology | Facts | Innovation on Instagram: "The Magnus Effect is the reason a spinning ball can suddenly curve, dip, or rise in mid-air - and it all comes down to how that spin changes the airflow around it. When an object spins, it drags air around its surface. On one side, the spin moves with the airflow, speeding it up. On the other side, the spin moves against the airflow, slowing it down. Fast-moving air creates lower pressure. Slow-moving air creates higher pressure. That difference pus
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