Although time-of-flight (ToF) cameras are becoming the sensor-of-choice for numerous 3D imaging applications in robotics, augmented reality (AR) and human-computer interfaces (HCI), they do not explicitly consider scene or camera motion. Consequently, current ToF cameras do not provide 3D motion information, and the estimated depth and intensity often suffers from significant motion artifacts in dynamic scenes. In this paper, we propose a novel ToF imaging method for dynamic scenes, with the goal of simultaneously estimating 3D geometry, intensity, and 3D motion using a single indirect ToF (I-ToF) camera. Our key observation is that we can estimate 3D motion, as well as motion artifact-free depth and intensity by designing optical-flow-like algorithms that operate on coded correlation images captured by an I-ToF camera. Through the integration of a multi-frequency I-ToF approach with burst imaging, we demonstrate high-quality all-in-one (3D geometry, intensity, 3D motion) imaging even in challenging low signal-to-noise ratio scenarios. We show the effectiveness of our approach through thorough simulations and real experiments conducted across a wide range of motion and imaging scenarios, including indoor and outdoor dynamic scenes.