Direction of Resultant Force on a Skydiver After Opening Parachute

[Muhammad Danish]

When a skydiver falls at terminal velocity, and opens his parachute, what will be the direction of the resultant force immediately after he opens his parachute?
As far as I know is that the direction of acceleration will be upwards since his velocity is decreasing. I am a bit confused regarding the direction of resultant force.
Thanks.
(REGARDS)

 

[Drakkith]

As far as I know is that the direction of acceleration will be upwards since his velocity is decreasing. I am a bit confused regarding the direction of resultant force.

If the acceleration is upwards, and acceleration requires a force, then what is the direction of the force?

 

[Muhammad Danish]

If the acceleration is upwards, and acceleration requires a force, then what is the direction of the force?

Upwards?

 

[Drakkith]

That's right. If there is a net force to the side or downwards instead, what would happen to the skydiver?

 

[Muhammad Danish]

That's right. If there is a net force to the side or downwards instead, what would happen to the skydiver?

The skydiver will fall down at an increasing velocity? (Because the acceleration will be downwards)

 

[Drakkith]

Yep. If the skydiver is at terminal velocity, then the resultant forces are zero and they are not accelerating. Upon opening their parachute, the upward force from the air greatly increases, causing them to decelerate. As their airspeed decreases, the upward force decreases as well, until it is balanced with gravity again.

 

[Muhammad Danish]

Yep. If the skydiver is at terminal velocity, then the resultant forces are zero and they are not acceleration. Upon opening their parachute, the upward force from the air greatly increases, causing them to deceleration. As their airspeed decreases, the upward force decreases as well, until it is balanced with gravity again.

Well, this was the best explanation. Thanks a lot for making things clear :)