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Likurg_2 [28]
2 years ago
13

Calculate the amount of energy released in the formation of one mole of BaSe bonds (not lattice energy). The radius of the bariu

m ion is 1.35 Å, and the radius of the selenide ion is 1.98 Å. Note that 1Å=10−10m.
Chemistry
1 answer:
zysi [14]2 years ago
3 0
The correct answer for the question that is being presented above is this one: "2.02x10^3 kJ/mol." Calculate the amount of energy released in the formation of one mole of BaSe bonds (not lattice energy). The radius of the barium ion is 1.35 Å, and the <span>radius of the selenide ion is 1.98 Å. Note that 1Å=10−10m.</span>
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Estimate the optimal number of neutrons for a nucleus containing 70 protons.
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number of neutron = weight - Atomic number

= 173 -70

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6 0
3 years ago
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A 13 Ohm resistor, R, is connected to a battery with unknown voltage, V, as shown below. The total current, I, flowing through t
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Answer:

16.12 V

Explanation:

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Where;

V = voltage (Volts)

I = current (amperes)

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3 years ago
what mass of aluminium hydroxide is needed to decompose in order to produce 65.0 L of water at STP in stoichiometry?
pishuonlain [190]
Aluminium Hydroxide on decomposition produces Al₂O₃ and Water vapors. 

<span>                               2 Al(OH)</span>₃    →    Al₂O₃  +  3 H₂O


According to equation at STP,

       67.2 L (3 moles) of H₂O is produced by  =  78 g of Al(OH)₃
So,
                65.0 L of H₂O will be produced by  =  X g of Al(OH)₃

Solving for X,
                                 X  =  (65.0 L × 78 g) ÷ 67.2 L

                                 X  =  75.44 g of Al(OH)₂
Result:
           75.44 g of Al(OH)₂ is needed to decompose in order to produce 65.0 L of water at STP in stoichiometry
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3 years ago
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