Final answer:
The terminal point is approximately 6.97 cm to the right of the circle's center.
Step-by-step explanation:
The angle measures 2.2 radians and the initial ray points in the 3-o'clock direction.
Since one complete revolution is 2π radians, we can find the fraction of the revolution that is 2.2 radians:
θ = 2.2 radians / 2π radians ≈ 0.35 revolution.
To find the terminal point, we can multiply the fraction of the revolution by the circumference of the circle:
Terminal point = 0.35 revolutions * (2π * 3.5 cm) ≈ 6.97 cm
The terminal point is approximately 6.97 cm to the right of the circle's center.