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  1. F (x)=6x-9 L=-3 c=1 ε=0.01 find the δ>0 help me to get the ... - Socratic

    Oct 16, 2017 · We know the following #epsilon-delta# Definition of Limit : #AA epsilon > 0, EE" a "delta > 0," such that, "#

  2. Question #c028e - Socratic

    The molality of the "CaCl"_2 is 1.14 mol/kg. > "Molar mass of CaCl"_2·"2H"_2"O" = "110.98 g + 36.03 g" = "147.01 g" "Mass of CaCl"_2 = 7.02 color (red) (cancel ...

  3. Question #fbbce - Socratic

    The empirical formula is "C"_6"H"_7. > We can calculate the masses of "C" and "H" from the masses of their oxides. "Mass of C" = 3.02 color(red)(cancel(color(black ...

  4. Question #b5e69 - Socratic

    3.01 xx 10^21" molecules O"_2 M_ (CO_2) = "220 mg" MW_ (CO_2) = "44.01 g/mol" "O"_2 " molecules = ?" "moles " CO_2 = (M_ (CO_2))/ (MW_ (CO_2)) = ("220 mg"/"1000 mg/g ...

  5. Site Map - Solution Formation Questions and Videos | Socratic

    How many #"g"# of water are required to be mixed with #"11.75 g"# of #HgCl# in order to make a #"0.01 m"# solution? How would you prepare 250. mL of a 0.175 M solution of Cobalt (II) Chloride from the …

  6. Question #fe281 - Socratic

    4 ⋅ 12.01 = 48.04 g We now know that one mole of carbon contains 48.04 grams of carbon. Next, we determine how many grams of carbon are in one mole of CO. 1 ⋅ 12.01 = 12.01 g Now, we know that …

  7. Question #7908b - Socratic

    65.0 "g N"_2 Any time you want to convert between moles and grams of a substance, you must know that substance's molar mass, which is the mass of one mole of that substance. (One mole is equal to …

  8. Question #dbbcb - Socratic

    Oct 2, 2017 · Avogadro's number shows the number of particles (atoms, ions etc.) in a mole of matter, while the molar mass shows the mass of 1 mole of a substance (in kg or g). If we divide the two …

  9. Question #315e6 - Socratic

    14.33"g of "H_2O Here is your balanced equation: C_6H_12O_6+ 6O_2rarr 6H_2O+6C0_2 We start Dimensional analysis (the factor-label method) by writing the given information over 1: (35"g of …

  10. Question #1caee - Socratic

    "CO"_2 The question essentially wants you to figure out the molar mass, i.e. the mass of exactly 1 mole, of this compound. Now, the important thing to keep in mind here is that 1 mole of a molecular …