The two is in the ➡ hundred thousand
Answer: 4:3.
Step-by-step explanation:
Given: Point P is
of the distance from M to N.
To find: The ratio in which the point P partition the directed line segment from M to N.
If Point P is between points M and N, then the ratio can be written as

As per given,

Hence, P partition the directed line segment from M to N in 4:3.
The answer will be Apples