Mn is preferentially partitioned into garnet relative to most other common minerals, so Mn is sequestered in early-formed garnet, depleting the local environment of the growing garnet in Mn.
Prograde metamorphism involves the change of mineral assemblages (paragenesis) with increasing temperature and (usually) pressure conditions. These are solid state dehydration reactions, and involve the loss of volatiles such as water or carbon dioxide.
Retrograde metamorphism involves the reconstitution of a rock via revolatisation under decreasing temperatures (and usually pressures),
prograde rotation
These are solid state dehydration reactions, and involve the loss of volatiles such as water or carbon dioxide. Prograde metamorphism results in rock characteristic of the maximum pressure and temperature experienced. Metamorphic rocks usually do not undergo further change when they are brought back to the surface.
The Earth's rotation is prograde, meaning it rotates in the same direction as its orbit around the Sun. This is also known as "counterclockwise" when viewed from above the North Pole.
Yes.
In general, the changes in mineral assemblage and mineral composition that occur during burial and heating are referred to as prograde metamorphism.
It Is Prograde Because The Moon Triton Is Retrograde According to scientist Triton was captured and rotates is a opposite Direction as Neptune
Earth is considered to be prograde, meaning it orbits the Sun in the same direction as the Sun's rotation. Retrograde motion typically refers to the apparent backward motion of planets when observed from Earth, but this does not apply to Earth itself.
In general, the changes in mineral assemblage and mineral composition that occur during burial and heating are referred to as prograde metamorphism.
yes
Prograde motion is a counter-clockwise motion or west to east, retrograde motion is clockwise motion or east to west.