2. In the ballistic pendulum you see at the left, a bullet (mass 5.00 grams) is...

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2. In the ballistic pendulum you see at the left, a bullet (mass 5.00 grams) is speeding towards the block (mass 1.00 kg) After the collision, the bullet and block climb to a point where the string (which has a length of 1.0 m) makes a 35 angle from its original angle as shown. Find the initial speed of the bullet. (5 points) Hint-you know the length of the string and the angle from the vertical. This will help you get the height. B 35 8. 2. In the ballistic pendulum you see at the left, a bullet (mass 5.00 grams) is speeding towards the block (mass 1.00 kg) After the collision, the bullet and block climb to a point where the string (which has a length of 1.0 m) makes a 35 angle from its original angle as shown. Find the initial speed of the bullet. (5 points) Hint-you know the length of the string and the angle from the vertical. This will help you get the height. B 35 8.

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1 Calculate the height reached by the bullet and block using trigonometry 2 Appl... View the full answer