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  • Question #021e1 - Socratic
    36 neutrons One way we have of differentiating between various nuclides of the same element is by writing the name of the element followed by a hyphen and the mass number of the nuclide In your case, you would have zinc-66, a nuclide of zinc that has a mass number equal to 66 Now, an atom's mass number, A, tells you the number of protons, which is given by the atomic number, Z, and neutrons
  • Question #79774 - Socratic
    Hydroxide ion concentration is low, because this is an acidic solution
  • Question #8ea9e - Socratic
    see a solution process below; The equation of reaction is; 2C_2H_6 + 7O_2 -> 4CO_2 + 6H_2O No of moles of C_2H_6 = 2 No of moles of CO_2 = 4 If, 2 "moles of" color (white)x C_2H_6 = 4 "moles of" color (white)x CO_2 Therefore, 14g color (white)xofcolor (white)x C_2H_6 = xg color (white)xofcolor (white)x CO_2 Hence; "Mass of"color (white)xCO_2 = (14g xx 4mol) (2mol) "Mass of"color (white)xCO_2
  • Question #6f366 - Socratic
    Here's what I get > The reaction is a simple proton transfer from the acid to the amine to form an ammonium salt The equation for the salt formation is underbrace
  • Question #f6c5d - Socratic
    The needed volume is 0 119 L To calculate the volume we use the following formula: (mol) (volume) =concentration We know that the final concentration should be 0 156 molar (or mol L) and we need to prepare 12 0 L of that solution We have a solution of 15 7 mol L in stock, so how much of that solution must we use? To do this, we first calculate the amount of mol that we should have in our
  • Question #42b7a - Socratic
    ~~3 11xx10^2ml First thing to do here is to find the mass of water by subtracting the mass of the empty flask from the mass of the flask with the water; that is, 568 6g="mass flask+water" - ul(257 7g)="mass of empty flask" 310 9g="mass of water" Kwowing the mass of the water and the density as provided, the volume of the water inside the flask can be calculated through the formula shown below
  • Question #6e503 - Socratic
    See below First, we need to write the balanced chemical reaction This will tell us the mole ratio of magnesium metal to hydrogen gas (used in calculation): 3Mg(s) + 2H_3PO_4(aq) -> Mg_3(PO_4)_2(s) + 3H_2(g) Once we have the chemical reaction, we can move on to the next step of converting the grams of magnesium metal into moles: 40g Mg * ("1 mol Mg" "24 305g") = "1 65 mols of Mg" (ignoring
  • Question #5ce05 - Socratic
    Now for the tricky part When chemists report an elemental analysis and it adds up to less than 100%, the difference is generally attributed to oxygen Our analytical methods, constrained by working in an oxygenated and water-laden world, do not in general detect or measure oxygen directly Instead we infer it by difference after accounting for the other elements
  • Question #2a444 - Socratic
    10,000 Given: seven-digit local phone number with 817- _ _ For each of the four digit numbers you can have a possibility of 10 different numbers: 0, 1, 2, 3, 4, 5, 6
  • Question #74f15 - Socratic
    See explanation Let's solve A first 10^-1 is the same as 0 1, so 0 1*60 7 would be equal to 6 07 For solving B 10^2=100 and 6 7*100=670 For solving C 10^3=10^2*





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