Answer from: dora8798
We know:
Momentum = mass X velocity
From the relation we can see that the velocity is directly proportional to the momentum. it is not possible for a bumblebee to have same mass as tiger. So, for a bumblebee and tiger to have the same momentum, the bumblebee need to increase its velocity. As the velocity of bumblebee increases, the momentum also increases.
Answer from: Quest
i suggest it is anadiplosis
Answer from: Quest
every four years the american people choose a new president, and 1988 is one of those years."
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Read the excerpt from act i of the importance of being earnest. lane. i attribute it to the superior quality of the wine, sir. i have often observed that in married households the champagne is rarely of a first-rate brand. algernon. good heavens! is marriage so demoralising as that? this excerpt best illustrates which feature of a comedy of manners?
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What should you most consider when deciding whether an image is appropriate for your technical document?
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In what situations would it be possible for a bumblebee and a tiger to have the same momentum?...
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