b) 200.00 kg - 199.0 kg =
c) 25 L - 3.0 L =
d) 0.67 cm + 2.0 cm + 0.090 cm =
e) 104.5 g + 0.40 g =
The answer will be 0.75 gram, 1 kilo-gram, 22 L, 2.76 cm, and 104.9 gram.
A metric unit with mass and weight equal to approximately 15.432 grains, or one-thousandth of a kilo-gram, is called a gram.
Calculation of given question.
a) 7 gram - 3.5 gram - 2.75 gram = 0.75 gram
b) 200.00 kg - 199.0 kg = 1 kilo-gram
c) 25 L - 3.0 L = 22 L
d) 0.67 cm + 2.0 cm + 0.090 cm = 2.76 cm
e) 104.5 g + 0.40 g = 104.9 gram
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B. Na2SO4
C. KCl
Answer:
B.
Explanation:
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The solubility of HgS is increased by adding due to common ion effect which consists on the effect that the higher solubility of has over the HgS as the sulfur-based ions modify the solubility product. In such a way, by adding the sulfate, the equilibrium will be shifted rightwards, therefore the solubility is increased.
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2Na + 2H2O 2NaOH + H2
Answer: YES
Explanation: The given chemical equation can be balanced by balancing the stiochiometric number of each and every element.
This rule is in accordance with the Law of Conservation of Masses which states that the masses of the elements in any chemical equation are constant at any instant of time.
Thus the given equation can be written as
it would be 0.75 atm
(2) reduction (4) nuclear fusion
Answer:
Nuclear Fusion
Explanation:
In nuclear fusion two lighter nuclei combine together in order to form one heavier nucleus.
For example, the energy generated from the Sun is made by nuclear fusion: Two hydrogen (H, atomic number 1) nuclei combine in order to form one helium (He, atomic number 2) nucleus.
Nuclear fission is the opposite reaction, in which one heavier nucleus splits into two lighter nuclei.
I am thinking that you are asking for the balanced equation for this chemical reaction. In order to balance this, you have to count each element where the elements in the reactants side and the product side should have equal number of molecules. The balanced reaction is as follows:
2I2 + 9/2O2 → I4O9