When an object is thrown upward, gravity causes it to slow down at a speed of 1 g-speed decreases by 9.8 m / s or 22 mph every second. (a) Explain how we can use equations, tables and charts for bodies free fall to analyze this movement. (b) A baseball thrown vertically upwards at 39.2 m / s (88 mph). How many long time passes before it reaches its highest point, and anything high above the ground is obtained?
When an object is thrown upward, gravity causes it to slow down at a speed of 1 g-speed decreases by 9.8 m / s or 22 mph every second. (a) Explain how we can use equations, tables and charts for bodies free fall to analyze this movement. (b) A baseball thrown vertically upwards at 39.2 m / s (88 mph). How many long time passes before it reaches its highest point, and anything high above the ground is obtained?
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When an object is thrown upward, gravity causes it to slow down at a speed of 1 g-speed decreases by 9.8 m / s or 22 mph every second. (a) Explain how we can use equations, tables and charts for bodies free fall to analyze this movement. (b) A baseball thrown vertically upwards at 39.2 m / s (88 mph). How many long time passes before it reaches its highest point, and anything high above the ground is obtained?
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