Explanation:
Attached is a document that contains the solution.
Answer:900 feet
Explanation:
Given
Velocity 
It takes 100 feet to come to a stop.
Utilizing the equation of motion
Where
v,u=Final and initial velocities
a=acceleration
s=distance traveled
When the speed is 60 mph 
s=900.08 feet
Response:
Velocity is defined as displacement divided by time.
Acceleration is defined as the change in velocity divided by time.
To determine average velocity, one can utilize multiple velocities and their combined time.
Answer:
4.05 m/s
Explanation:
We will express the varying velocities as vectors.
Newton moves northward at 3.90 m/s from Daniel's stationary position.
V_n = 3.9 j
Assuming Pauli runs relative to Daniel at velocity X.
The relative velocity of Newton as seen by Pauli will be
3.9 j - X
Given that
the relative velocity of Newton with respect to moving Pauli = 1.1 i (1.1 towards the east).
Thus,
3.9 j - X = 1.1 i
X = -1.1 i + 3.9 j.
Magnitude of X
X² = 1.1² + 3.9²
X = 4.05 m/s
Therefore, Pauli runs relative to Daniel at 4.05 m/s.
The direction will be west of north at an angle θ,
Tan θ = 1.1 / 3.9
