Web21 okt. 2016 · A diver leaves the end of a 4.0 m high diving board and strikes the water 1.3s later, 3.0m beyond the end of the board. Considering the diver as a particle, … WebIf the diver in item 2 leaves the board with an initial downward speed of 2.00 m/s, find the diver’s speed when striking the water. Step-by-step solution This problem hasn’t been …

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Web1 nov. 2024 · That means that velocity will be 0 at the max flexion (bottom point of displacement) of the diving board and acceleration is at max (Figure 2, Step 5). After that, the board goes to horizontal position where displacement equals 0 and velocity is max (Figure 2, Step 7). We calculated max flexion displacement angle by integrating angular … WebIf the diver in item 2 leaves the board with an initial upward speed of 2.00 m/s, find the diver's speed when striking the water. (1/2)(.77)(2^2) = (.77)(9.8)(h1) h1 = .20468 m 10 … bonusland carrefour belgique

If the diver in item 2 leaves the board with an initial upward …

Web27 mrt. 2024 · The scenario: A diver leaves a $3m$ board on a trajectory that takes her $2.3 m$ above the board and then into the water 2.9 m horizontally from the end of the … Web30 aug. 2024 · Samuel leaves the end of a 4.0-m-high diving board and strikes the water 1.3 s later, 3.0 m beyond the end of the board. Considering the diver as a particle, determine: (a) His initial velocity, (b) The maximum height reached; (c) The velocity Vf with which he enters the water. Expert's answer Given: H=4.0\:\rm m H = 4.0m L=3.0\:\rm m L … Web18 mei 2015 · 2 Answers Sorted by: 1 Before lifting off the diving board the diver legs and arms fully extended, which means that the diver has large moment of inertia I 1 about one axis. The moment of inertia considerable reduced to a new value I 2 when the legs and arms are drawn into closed tuck position. bonusland carrefour be