Mathematics, 01.06.2021 01:10, yuni31
Calculate the following integrals: The acceleration function of a particle in movement is a(t) = t2+1. Determine the distance’s function d(t) if the initial velocity is v (0) = 4 and the initial position is d (0) = 0.
Answers: 2
Mathematics, 22.06.2019 01:50, BreBreDoeCCx
Without any equipment, you can see stars that are 2{,}800{,}0002,800,0002, comma, 800, comma, 000 light-years away. by looking through a small telescope, you can see stars that are 3{,}112{,}000{,}0003,112,000,0003, comma, 112, comma, 000, comma, 000 light-years away. approximately how many times as far can you see using a small telescope as without any equipment?
Answers: 3
Calculate the following integrals:
The acceleration function of a particle in movement is a(t) = t2...
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