Skip to main content
added 13 characters in body
Source Link
Tea is life
  • 2.8k
  • 3
  • 28
  • 39

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The component of velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane P if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane also if B,P and C are always in straight line then the plane is traveling slower than the car and the car will pass the plane at the place where BPC is perpendicular to the ground. If the plane travels equal to or faster than the car then the car would see the background object B as coming out from the tail of the plane.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane P if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane also if B,P and C are always in straight line then the plane is traveling slower than the car and the car will pass the plane at the place where BPC is perpendicular to the ground. If the plane travels equal to or faster than the car then the car would see the background object B as coming out from the tail of the plane.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The component of velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane P if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane also if B,P and C are always in straight line then the plane is traveling slower than the car and the car will pass the plane at the place where BPC is perpendicular to the ground. If the plane travels equal to or faster than the car then the car would see the background object B as coming out from the tail of the plane.

added 333 characters in body
Source Link
Tea is life
  • 2.8k
  • 3
  • 28
  • 39

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane P if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane also if B,P and C are always in straight line then the plane is traveling slower than the car and the car will pass the plane at the place where BPC is perpendicular to the ground. If the plane travels equal to or faster than the car then the car would see the background object B as coming out from the tail of the plane.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane. If the plane travels faster than the car then the car would see the background object B as coming out from the tail of the plane.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane P if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane also if B,P and C are always in straight line then the plane is traveling slower than the car and the car will pass the plane at the place where BPC is perpendicular to the ground. If the plane travels equal to or faster than the car then the car would see the background object B as coming out from the tail of the plane.

added 333 characters in body
Source Link
Tea is life
  • 2.8k
  • 3
  • 28
  • 39

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
For example, if a helicopter goes up at an angleAnother way of $45^{\circ}$ with a speedseeing is $150km/hr$(as the OP said the plane and athe car right below also goes withwere pretty much going in the same speed,direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane. If the plane travels faster than the car then the car would see that the helicopter is going withbackground object $(150-\frac{150}{\sqrt2})km/hr$B as coming out from the tail of the plane.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters.
For example, if a helicopter goes up at an angle of $45^{\circ}$ with a speed $150km/hr$ and a car right below also goes with the same speed, the car would see that the helicopter is going with $(150-\frac{150}{\sqrt2})km/hr$.

There can be only two possibilities:
1. In case the plane and the car were moving in the same direction the plane was indeed flying with slower speed than the car.
2. In case the plane was flying with greater speed than the car the plane was going in some other direction. The velocity of the plane in the direction of motion of the car matters here which is lesser than the velocity of the car in your case.
Another way of seeing is (as the OP said the plane and the car were pretty much going in the same direction): enter image description here
The car C can only see the background object B as coming out from the mouth of the plane if the distance traveled by the plane PQ is smaller than the distance traveled by the car CD and the car will pass the plane. If the plane travels faster than the car then the car would see the background object B as coming out from the tail of the plane.

Source Link
Tea is life
  • 2.8k
  • 3
  • 28
  • 39
Loading