Which of the following is a controlled parameter of the following scenario?
488976
The controlled parameter is the one thing that does not change in the experiment. So as others have mentioned, the answer is B.
847364
And who would do this controlling?\n\nYou?\nMe?\nThe teacher who set you this homework?\n\n///
367634
The issue is not the ability to use it, it is the circumstance under which it is used.\n\nIf used without (potentially) public accountability it could be used unethically (Watergate anyone).\n\nIf used in a framework where there are set parameters then there is control but this is subject to the usual 'people = chaos' rules.  \n\nLike torture this is an issue easy to generalise about than establish a rule that can be applied in all circumstances.\n\n\nPeace out (btw this answer will self destruct in 10 seconds, 9  ,  8 ....)
614476
One is, uh, controlled...and the other, uh, isn't?\n\n*crossing fingers*\n\n\nlmao
980113
Do you want to know if it is a negative or positive feedback control mechanism?  If so, it is a negative feedback control mechanism.\n\nNot sure if that is what you are looking for.
88142
Pick the answer above, seems to be correct
210976
Trouble understanding your question. You need to add some details concerning what you're talking about.
902510
it depends in what context it is being done
823012
Either one is possible. Consider y=x² (one critical value, which is not an inflection point) and y=x³ (one critical value, which IS an inflection point).
309387
Since no-one else has answered the question yet, I'll take a stab at it -\n\nI think the term you're looking for is Hysteresis
933519
Part A:  equilibruim to the right because more co3 added\n\nPart B:  Equilibrum to left becausemore co2 added\n\nPart C:  Equilibrium to right to replace removed h20\n\nEquilibruim dynamic because although appears stable ions constantly moving back and forth just at the same time
240877
See source for full explanation.
114029
Control-P will set you up.
2024
Case 1: f(x) := x-5*y; (y is parameter)\n\nL{f(x)} = int(exp(-s*x)*f(x),x=0..infinity);\nL{f(x)} = int(exp(-s*x)*(x-5*y),x=0..infinity);\nL{f(x)} = 1/s^2-5*y/s;\n\nCase 2: f(y) := x-5*y; (x is parameter)\n\nL{f(y)} = int(exp(-s*y)*f(y),y=0..infinity);\nL{f(y)} = int(exp(-s*y)*(x-5*y),y=0..infinity);\nL{f(y)} = x/s-5/s^2;
478657
nothing.\n\nthere is no documented effect of this kind.
976140
c causes the graph to shift right (if c <0) ir left (if c>0),\n\nd causes it to shift up (if d>0) or down (if d < 0)
900135
Answer is in the attached link.