Can you confirm my answers? I feel like it is wrong

A cart can move in a one-dimensional, frictionless track to left (negative direction) and right (positive direction). At the beginning of measurement at t = 0 s, the cart position (displacement) is so = 1.8 m (with respect to the centerpoint of the track) and the its' velocity is U0 = 0.8 m/s. If the cart acceleration is given by (10?) = 0.6 0.2 I (unit is m/s2 ), then what is the velocity and the position (displacement) ofthe cart at t = 2.3 s? HINT: d Acceleration is the derivative of velocity i.e. a(t) = Eva) and velocity is the derivative of displacement i.e. v(t) = ESQ). GIVE BOTH ANSWERS WITH TWO DECIMAL PLACES! Nopeus / velocity: 11(23 8) : m/s (2 decimals!) Your last answer was interpreted as follows: 0.85 Sijainti / displacement; 3(23 3) z m (2 decimals!) Your last answer was interpreted as follows: 1.18