increase, decrease, or remain the same?
199429
Rate of reaction depends upon the concentration of reactants. Since, 6M HCl has a greater conc. than 3M HCl, rate of reaction decreases when Mg reacts with 3M HCl
343132
Yes. If you multiply it out it is the same. The square kills off that minus sign because any real number squared is positive.\n\n\nz
418074
Yes, those two sayings carry the same weight. You are also right about the translation. I have noticed you are correct about virtually everything you say. Keep it coming.
409571
YES_YES_YES!!!!!!!!!!1  the answer is the SAME as the last 3 times you have asked this over the last 2 days.WHY do you think it would change if you KEEP asking it over &over & over again.
172507
The higher the frequency. the shorter the wavelength. The lower the frequency, the longer the wavelength.\n\nIt is an indirectly proportional relationship.
30150
both 1 and 5 are correct(they say the same thing!)
540267
Plateauing. Remaining at the same weight.
419059
it *is* Bernoullis principle.  Think of pressure as a form of potential energy and velocity as kinetic energy.  The total energy must remain constant so, if one increases, the other must decrease.\n\n\nDoug
496319
Absolute increase is (1.00 - 0.92) units\nThe relative increase = (0.08) units / 0.92 units = 0.087 = 8.7%\nThe relative increase = percental increase = 8.7%. That's it.\n\nTh
58167
you should wait until there is some increase
558458
For the first one, 4<-2<6 does become -2>x>-3 (you do have to flip the signs) and yes, it is still an "And" statement, just in reverse (or in other words, -2>x>-3 is the exact same thing as -3<x<-2). For the second one, you don't actually have to multiply by 10, but you should get the same answer either way. I got 0.84<x<1.76.
490830
Do you believe that there's actually a positive difference?
93740
if you had an inverse variation, then x*y would always be the same number.\n\nif you had a direct variation, then x/y (or y/x) would always be the same number.\n\nonce you know which variation you have, then use the equations y=kx (for direct) and y=k/x (for inverse) to find the relation
75951
the change in the y value. take yfinal-yinitial
105518
increasing the money suppy when unnecesary will decrease teh value fo teh dollar adn vise versa
441471
2)\nx and y can increase infinitely as long as the value of x is 1 more than the value of y
421484
Upward it will decrease,  then as it falls back down, it will increase.