Poll Results
0%[A] The speed of the bicycle and the man should be equal otherwise the bicycle will slip.
100%[B] It bends so that the center of gravity remains inside the base, which will prevent it from falling. ( 1 voter )
0%[C] It bends, so that pressure can be applied on the wheels to move on the curved path.
0%[D] He bends, so that he can cross the curve more quickly.
Based On 1 Vote
A cyclist bends while taking a turn to ensure that the center of gravity remains inside the base, preventing the bicycle from falling; option [B]. This action helps maintain stability by redistributing the rider’s weight and aligning the forces acting on the bicycle, facilitating safe and controlled maneuvering around the curve. Option B correctly identifies this principle, emphasizing the importance of keeping the center of gravity within the bicycle’s footprint to maintain balance and prevent toppling. By leaning into the turn, the cyclist adjusts their body position to counteract the centrifugal force generated during the turn, enabling smooth navigation without losing control or risking a fall. This technique is fundamental to safe and efficient cycling, allowing riders to negotiate curves confidently and maintain stability throughout their journey.