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What is the correct sequence when performing a Pole Turn?
Performing a pole turn in Kho-Kho involves planting the inner foot near the pole, using it as a pivot while rotating the body, and pushing off with the opposite foot. This move allows chasers to change directions swiftly while maintaining balance and speed. Proper execution of the pole turn improvesRead more
Performing a pole turn in Kho-Kho involves planting the inner foot near the pole, using it as a pivot while rotating the body, and pushing off with the opposite foot. This move allows chasers to change directions swiftly while maintaining balance and speed. Proper execution of the pole turn improves chasing accuracy and maximizes the chaser’s range on the field.
See lessAnswer: (B) Plant the inner foot, rotate the body, and push off
Why is Lean and Dodge a crucial move in Kho-Kho?
Leaning and dodging are essential defensive moves in Kho-Kho. Defenders tilt their bodies in one direction, making chasers believe they will run that way, but quickly shift to the opposite direction. This deceptive move confuses chasers, helping defenders escape. Mastering this technique enhances deRead more
Leaning and dodging are essential defensive moves in Kho-Kho. Defenders tilt their bodies in one direction, making chasers believe they will run that way, but quickly shift to the opposite direction. This deceptive move confuses chasers, helping defenders escape. Mastering this technique enhances defenders’ chances of staying untagged longer, benefiting the team’s overall score.
See lessAnswer: (B) It helps defenders avoid being tagged
Two satellites A and B have ratio of masses 3 : 1 in circular orbits of radii r and 4r. The ratio of total mechanical energy of A to B is
The total mechanical energy of a satellite in a circular orbit is determined by its mass and the radius of its orbit. For satellites A and B, the ratio of their masses is 3:1, and the radii of their orbits are r and 4r , respectively. The mechanical energy of a satellite in orbit is directly proportRead more
The total mechanical energy of a satellite in a circular orbit is determined by its mass and the radius of its orbit. For satellites A and B, the ratio of their masses is 3:1, and the radii of their orbits are r and 4r , respectively. The mechanical energy of a satellite in orbit is directly proportional to its mass and inversely proportional to the radius of the orbit.
Satellite A, having three times the mass of satellite B, has a greater gravitational interaction, leading to higher energy. However, its energy is also inversely related to the smaller orbital radius \( r \). Satellite B, with one-third the mass of A, moves in a larger orbit with a radius 4r . which further reduces its total mechanical energy.
Taking both the mass and orbital radius into account, the total mechanical energy of A is significantly larger than that of B. Specifically, the energy of A is 12 times that of B. This ratio arises because the increased mass of A amplifies its energy, while B’s larger orbital radius reduces its energy proportionally. Thus, the ratio of their total mechanical energies is 12:1, reflecting these combined effects.
See lessWhat happens if a defender crosses the central lane without being tagged?
In Kho-Kho, a defender who crosses the central lane without being tagged remains safe from elimination. This move helps defenders escape chasing zones and prolong their time on the field. Crossing the central lane requires speed, timing, and awareness of chasers' positions, making it a valuable survRead more
In Kho-Kho, a defender who crosses the central lane without being tagged remains safe from elimination. This move helps defenders escape chasing zones and prolong their time on the field. Crossing the central lane requires speed, timing, and awareness of chasers’ positions, making it a valuable survival tactic for defenders in competitive gameplay.
See lessAnswer: (D) Stays safe from tagging
What is the primary purpose of marking the court in Kho-Kho?
Court markings in Kho-Kho define essential areas such as sitting blocks, central lanes, and poles. Properly marked zones ensure fair play by providing clear boundaries for chasing, dodging, and defensive moves. These markings guide players’ movements, reduce confusion, and help referees make accuratRead more
Court markings in Kho-Kho define essential areas such as sitting blocks, central lanes, and poles. Properly marked zones ensure fair play by providing clear boundaries for chasing, dodging, and defensive moves. These markings guide players’ movements, reduce confusion, and help referees make accurate decisions during matches. Correct court setup is critical for organized and competitive gameplay.
See lessAnswer: (B) To define boundaries and zones