Final answer:
The Philippine plate is indeed often considered geologically younger and hotter compared to the older Pacific plate due to active tectonics and volcanism, which contributes to the plate's heat and geological activity.
Step-by-step explanation:
The statement 'The Philippine plate is younger, hotter than the Pacific' is generally considered to be true. The Philippine plate is geologically younger compared to the Pacific plate. This is due to the fact that the Pacific plate is one of the oldest oceanic plates, while the Philippine plate consists of newer material that has formed as a result of tectonic processes like subduction and volcanic activity.
Moreover, the younger Philippine plate is hot because it is still active and features many volcanoes such as the Taal Volcano, Mount Pinatubo, and Mount Mayon. These volcanoes are a testament to the active tectonics and hot magma underneath the Philippine archipelago. In comparison, the Pacific plate has traveled over numerous hotspots, resulting in varied ages and sizes of seamounts, showing its age and complex volcanic history.
It is important to also consider the environmental impact and risks associated with the tectonic makeup of the Philippine plate. With frequent earthquakes and typhoons, it represents a highly dynamic and potentially hazardous region, much like Tokyo which is also at the edge of the Philippine plate and experiences similar seismic activity.