If time is a scalar quantity, then if we take our direction towards an area where there is more gravity - Science - Motion

Question

If time is a scalar quantity, then if we take our direction towards
an area where there is more gravity then time is
affected by the direction So doesn't it violate the law?? (More
Gravity means time will tick faster; resulting in a
change in time due to direction)

Charvi · Accepted Answer

The gravitational field is really a curving of space and
time The stronger the gravity, the more spacetime
curves, and the slower time itself proceeds Gravitational
time dilation occurs whenever there is difference in the
strength of gravity, no matter how small that difference is

If time is a scalar quantity, then if we take our direction towards an area where there is more gravity then time is affected by the direction... So doesn't it violate the law?? (More Gravity means time will tick faster; resulting in a change in time due to direction)

If time is a scalar quantity, then if we take our direction towards an area where there is more gravity then time is
affected by the direction... So doesn't it violate the law?? (More Gravity means time will tick faster; resulting in a
change in time due to direction)