The potential energy (in SI units) of a particle of mass 2 kg in a conservative field is U=6x−8y. If the initial velocity of the particle is →u=−1.5^i+2^j m/s, then the total distance travelled by the particle in first two seconds is

The potential energy (in SI units) of a particle of mass 2 kg in a con

1.	The potential energy (in SI units) of a particle of mass 2 kg in a conservative field is U=6x−8y. If the initial velocity of the particle is →u=−1.5^i+2^j m/s, then the total distance travelled by the particle in first two seconds is
Answer» The potential energy (in SI units) of a particle of mass $2 kg$ in a conservative field is $U = 6 x - 8 y$ . If the initial velocity of the particle is $\to u = - 1.5^i + 2^j m/s,$ then the total distance travelled by the particle in first two seconds is

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The potential energy (in SI units) of a particle of mass 2 kg in a conservative field is U=6x−8y. If the initial velocity of the particle is →u=−1.5^i+2^j m/s, then the total distance travelled by the particle in first two seconds is

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