A particle initially at origin starts moving in xy-plane has velocity component \overrightarrow{ {V}=(6+2 {t}) \stackrel{\^}{i}+(4+2 \sqrt{3} {t}) \stackrel{\^}{j} {m} \/ {s}. Acceleration of the particle in {m} \/ {s}^2 is [ {x}, y are measured in meters, t in seconds, respectively]

Correct Answer is : 2∧i+2√3∧j

(6+2 t) \hat{i}+(4+2 \sqrt{3} t) \hat{j}

(6+2 t) \hat{i}+2 \sqrt{3} \hat{j}

TS EAMCET 19-July-2022 Shift 2 Solved Paper

Section: Physics

Question : 85 of 160

Marks: +1, -0

A particle initially at origin starts moving in xy-plane has velocity component

→

=(6+2t)

+(4+2√3t)

m∕s. Acceleration of the particle in m∕s2 is [x, y are measured in meters, t in seconds, respectively]

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