The following shows an incomplete motion diagram illustrating the explosion of a 100 g object moving to the right. The object splits into two 50 g fragments. Every dot represents a time interval of 0.1 s. Each of the grid squares is 1 cm on a side. Explosion 1. Determine the velocity of the object and both fragments. Use unit vector notation. Clearly indicate how you did this. 2. Determine the total momentum before and after the explosion. Use unit vector notation. Is the momentum conserved?
The following shows an incomplete motion diagram illustrating the explosion of a 100 g object moving to the right. The object splits into two 50 g fragments. Every dot represents a time interval of 0.1 s. Each of the grid squares is 1 cm on a side. Explosion 1. Determine the velocity of the object and both fragments. Use unit vector notation. Clearly indicate how you did this. 2. Determine the total momentum before and after the explosion. Use unit vector notation. Is the momentum conserved?
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Can you please answer question 1 and 2

Transcribed Image Text:The following shows an incomplete motion diagram illustrating the explosion of a 100 g object
moving to the right. The object splits into two 50 g fragments. Every dot represents a time
interval of 0.1 s. Each of the grid squares is 1 cm on a side.
Explosion
●
1. Determine the velocity of the object and both fragments. Use unit vector notation.
Clearly indicate how you did this.
2. Determine the total momentum before and after the explosion. Use unit vector
notation. Is the momentum conserved?
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