<span>You've gotten 2 different answers so far and both can be considered correct. It depends on the source. Some books/teachers give 5 steps: .....glycolysis -> transition reaction -> Krebs cycle -> electron transport system -> chemiosmosis Some books/teachers don't list the transition reaction as a separate step, considering it as a minor setup step for the "real" second step, the Krebs cycle. .....glycolysis -> Krebs cycle -> electron transport system -> chemiosmosis Some books/teachers (wrongly) list only 3 steps as follows. .....glycolysis -> Krebs cycle -> electron transport system That's wrong because the electron transport system doesn't make any ATP: it just sets up the proton gradient that chemiosmosis uses to create the ATP. If the steps are to be collapsed into just 3, then the correct formulation would be: .....glycolysis -> Krebs cycle -> oxidative phosphorylation</span>
The dependent variable is always the label on the y-axis, so speed. By dependent, that means that variable changes depending on another variable.
The label on your x-axis is always your independent variable, meaning it doesn't change depending on anything else.
I presume you are referring to t<span>he fossil plant Elkinsia polymorpha, which is considered the earliest known seed plant, producing seeds along its leaves. </span>
I believe Na+F2 -> 2NaF is the balanced equation.