We are upwards, concave upwards.

You could even imagine, this concave upwards that we measured, that's this, concave upwards, and then this concave upwards is that.

It is 49 Newtons upwards.

And and why is this concave upwards?

Concave upwards.

Shining upwards.

5 N upwards.

We were upwards.

We're concave upwards.

He looked upwards.

We're concave upwards, until x is equal to 3.

The second derivative is positive tells us that we are concave upwards, really over this whole combined area function, we're concave upwards.

We were concave upwards.

So what did we say about concave upwards? concave upwards is when the slope is increasing, which means that the rate of change of the slope is positive.

In addition, unemployment allowance varying from 11.25 upwards is payable.

In addition, unemployment allowance varying from 11.50 upwards is payable.

And if the second derivative is positive, it's concave upwards.

Running vertically upwards, is a measure called happy life years.

And then the concave upwards around 0 is right there.

The window is also opened upwards and is held on gas struts.

So it was evolving upwards.

We know it's concave upwards.

Concave upwards looks like this.

They went upwards like this.

It literally propels you upwards.

The rock is being supported by the ground, 5 N upwards.

like based on if this is upwards, downwards is just going to be opposite.

Is it being directed effectively?

That's why it's called concave upwards.

Let's say that some object is moving upwards at 10 meters per second.

The slope is 0 here, but we are concave upwards at that point.

How much force is the system going to push upwards at this end?

And this force is what accelerate the ball upwards and towards the basket.

Because we're concave upwards all around 0.

And then around 0, we're always upwards.

That's what we said was concave upwards.

And what does concave upwards look like?

So that means it's concave upwards there.

It moves upwards to a fragmented state.

So as x is less than 3, is approaching from the left, we are concave upwards.

And similarly, you know that it's concave upwards when the second derivative is positive.

So the ground is providing an upwards force or normal force in this situation.

Then we have to think is it going to be opening upwards or downwards?

In concave upwards, it increases the whole time.

That's what concave upwards just tells us, right?