A marble has a mass of 8.00 g. It is shot into a ballstic pendulum whose...

 

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A marble has a mass of 8.00 g. It is shot into a ballstic pendulum whose mass (without the marble) is 0.207 kg. How high will the pendulum swing if the marble has an initial speed of 25.00 m/s? (Hint: This is similar to what we did in lab. We will have to treat what happened during the collision separately from what happened after the collision. Because we know more about what happened before the collision, let's start there.) Marble a) What is the speed of the ballistic pendulum (+ marble combination) immediately after the collision? (Hint: This can be addressed using momentum conservation.) P-mv 008kg (25 m/s) 2 Kg15 P = P 2kg. "/s = 2kg V (0.008ng +0.20 (0.008 kg +0.207kg) Ve 20ing) V-0.93 b) Using your answer to part a), what is the maximum height reached by the pendulum after the collision? Express your final answer in cm. A marble has a mass of 8.00 g. It is shot into a ballstic pendulum whose mass (without the marble) is 0.207 kg. How high will the pendulum swing if the marble has an initial speed of 25.00 m/s? (Hint: This is similar to what we did in lab. We will have to treat what happened during the collision separately from what happened after the collision. Because we know more about what happened before the collision, let's start there.) Marble a) What is the speed of the ballistic pendulum (+ marble combination) immediately after the collision? (Hint: This can be addressed using momentum conservation.) P-mv 008kg (25 m/s) 2 Kg15 P = P 2kg. "/s = 2kg V (0.008ng +0.20 (0.008 kg +0.207kg) Ve 20ing) V-0.93 b) Using your answer to part a), what is the maximum height reached by the pendulum after the collision? Express your final answer in cm.