V-35 mis 18=420 hy im The Srpse 140 m V-2mit A stone is launched with a...

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V-35 mis 18=420 hy im The Srpse 140 m V-2mit A stone is launched with a speed of 35 m/s at an angle of 42 and with an initial height of h-1m above the ground. Using the figure answer the following questions. a) Calculate maximum height. b) Calculate the time for hitting the ground. c) Calculate the horizontal range of the stone d) simultaneously with this launching stone, an object starts its motion of approaching with a speed of v-2 m/s at a distance of 140 m. Can the stone hit this approaching object? are of a vertical height h A block placed at point Par r track whose end V-35 mis 18=420 hy im The Srpse 140 m V-2mit A stone is launched with a speed of 35 m/s at an angle of 42 and with an initial height of h-1m above the ground. Using the figure answer the following questions. a) Calculate maximum height. b) Calculate the time for hitting the ground. c) Calculate the horizontal range of the stone d) simultaneously with this launching stone, an object starts its motion of approaching with a speed of v-2 m/s at a distance of 140 m. Can the stone hit this approaching object? are of a vertical height h A block placed at point Par r track whose end

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The provided image shows a diagram for a projectile motion problem where a stone is launched with an initial speed of 35 ms at an angle of 42 from a h... View the full answer