Answer : Option C) It explained the odds of finding the position of an electron.
Explanation : Schrödinger's theory of the atomic model is true for the probability of finding the electron around the nucleus. Schrödinger used odd mathematical equations to describe the likelihood of finding an electron in a certain position around the nucleus. This atomic model was known as the quantum mechanical model of the atom. He posed an equation which is now called as the Schordinger’s Wave Equation, which incorporates both the wave-like and particle-like behaviors of electrons, which stated that electrons can act like waves/light and particles. Which later helped to develop the uncertainty principle for finding the probable position of the electron.
Yes because our instincts or senses tells us that its dangerous or something is going to happen
Answer:
5.16 gm of SO3 formed with 2 g of S
Explanation:
Mole weight of S in the equation = 2 * 32 = 62 gm
Mole weight os O2 in the equation 6 * 16 =96 gm
From the BALANCED equation the grams of S to O2 is
62 to 96 so 2 g of S will need approx 3 gm of O2
this shows that S is the limiting reactant------>
there will be O left over (approx 1 gram)
SO3 mole weight produced from the equation is 2 (32)(3*16) = 160 gm
62 gm of S produces 160 gm of SO3
62/160 = 2 / x x = 5.16 gm of SO3 are formed
Answer:
CaO
Explanation:
Firstly, let’s get the percentage compositions.
The total mass is now = 4.008 + 1.600 = 5.608g
The percentage composition of carbon is thus 4.008/5.608 * 100 = 71.47%
The percentage composition of oxygen is 100 - 71.4 = 28.53%
Now, we divide each percentage by the atomic masses. The atomic mass of calcium is 40 while that of oxygen is 16
Ca = 71.47/40 = 1.78675
O = 28.53/16 = 1.783125
Both values are quite similar and dividing by the smallest will yield same values of 1.
Hence , the empirical formula is caO
