Share £165 in the ratio 2:3
1 answer:
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I am pretty sure the first thing we should do is to <span>integrate acceleration into velocity
And we will have: </span>
Then calculate v :
As you can see, velocity is zero and none of the objects is moving. It happens when <span> t=7/3 which means we can calculate this in the way we did (integrating) :
</span>
The product is <span>p(0) = 0 that makes us to reduce vector function to</span>
<span>
</span>
And we will have: </span>
Then calculate v :
As you can see, velocity is zero and none of the objects is moving. It happens when <span> t=7/3 which means we can calculate this in the way we did (integrating) :
</span>
The product is <span>p(0) = 0 that makes us to reduce vector function to</span>
</span>