There’s one hundred centimeters in one meter, and one thousand millimeters per meter.
that being said, 3000 mm are in 1 meter
You see, passive transport needs no energy. So that being said, it moves from areas with high concentration to areas with low concentration.
Hope that helps!
Hey!
Back when I was finding a school I had the same problem! That reminds me of K12!
So what you do is label the areas L that have low pressure which is areas that are near sea level, kind of cold areas.
For H you label those near the center of the map. Which is more of the HOT areas.
It’s currently cold here, burrrr!!
I’ll provide a picture below.
Awesome seeing someone that went to the same online school!
Have a great day,
Eric
Note: you don’t need to label everywhere. If recommend using the map to guide you!
Reply if you have any further questions!!!!
The guard cell is responsible for controlling the size of the stomata in leaves. These do so as a result of an interaction between potassium ions and water in and around the cells. When potassium ions accumulate inside the guard cells the water potential inside these cells is lower than that of the outside and as a result, water has to be taken in. This makes the guard cells turgid which in turn stretches them and results in the opening of the stomata. Meanwhile, when potassium ions accumulate outside the cell, the opposite scenario results. Water from inside the cell moves out, making the guard cells flaccid, thus causing these to cover (and effectively close) the stomata.
