A particle moves from a point (r_1 ) ⃗=2i ̂+3j ̂ to another point (r_2 ) ⃗=3i ̂+2j ̂ during which a.

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Let (r_1 ) ⃗(t)=(3ti ̂+〖4t〗^2 j ̂ ) represent the positions of particles 1 and 2 respectively as a Let (r_1 ) ⃗(t)=(3ti ̂+〖4t〗^2 j ̂ ) represent the positions of particles 1 and 2 respectively as a
A particle moves from a point r_1=(2  m) i⃗+(3  m) j⃗ to another point r_2=(3  m) i⃗+(2  m) j⃗ du... A particle moves from a point r_1=(2  m) i⃗+(3  m) j⃗ to another point r_2=(3  m) i⃗+(2  m) j⃗ du...
Force 3i ̂+2j ̂+5k ̂ and 2i ̂+j ̂-3k ̂ are acting on a particle and displace it from the point Force 3i ̂+2j ̂+5k ̂ and 2i ̂+j ̂-3k ̂ are acting on a particle and displace it from the point
Position Vectors and Displacement Vectors - Physics Position Vectors and Displacement Vectors - Physics
A particle moves from a point r1  2 m i 3 m j toanother point r2  3 m i 2 m j A particle moves from a point r1  2 m i 3 m j toanother point r2  3 m i 2 m j
A particle moves from a point (2i+5j) to (4j+3k) .when a force of (4i+3j) N is applied.How much work A particle moves from a point (2i+5j) to (4j+3k) .when a force of (4i+3j) N is applied.How much work
A particle moves from a point r1 = (2 m) i + (3 m) j to another point r2 = (3 m) i + (2 m) j A particle moves from a point r1 = (2 m) i + (3 m) j to another point r2 = (3 m) i + (2 m) j
The position of a particle is given by r ⃗=2t^2 i ̂+3t j ̂+4k ̂ where t is in second The position of a particle is given by r ⃗=2t^2 i ̂+3t j ̂+4k ̂ where t is in second