8) Molarity (5g) of NaOH dissolved in 120 ml of solution the molar is : a) 0.75M b) 1. 04M c) 1.25M d) 0.5M .

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b) 4.5g
C) 0.025g
d) 5.6g
8) Molarity (5g) of NaOH dissolved in 120 ml of solution the molar is :
a) 0.75M
b) 1. 04M
c) 1.25M
d) 0.5M .
9) How many grams of AlCl3 (9) should be dissolved, to prepare 1 liter of a solution
in which the concentration of Cl
ions 0.6M?
(ая)
a) 240.3 grams
b) 80.1 grams
c) 26.7 grams
d) 41.1 grams .
10) For the following reaction:
2A + 3B2 → 2AB3
Atomic a Weights A = 27 & B = 35.5
The number of grams of AB3 consisting of (12g) interaction of B2 :
a) 26.2g
Molecular weight AB3
133.5 g mol
b) 15.04g
c) 20g
d) 31.4g
E Focus
nglish (United States)
Transcribed Image Text:b) 4.5g C) 0.025g d) 5.6g 8) Molarity (5g) of NaOH dissolved in 120 ml of solution the molar is : a) 0.75M b) 1. 04M c) 1.25M d) 0.5M . 9) How many grams of AlCl3 (9) should be dissolved, to prepare 1 liter of a solution in which the concentration of Cl ions 0.6M? (ая) a) 240.3 grams b) 80.1 grams c) 26.7 grams d) 41.1 grams . 10) For the following reaction: 2A + 3B2 → 2AB3 Atomic a Weights A = 27 & B = 35.5 The number of grams of AB3 consisting of (12g) interaction of B2 : a) 26.2g Molecular weight AB3 133.5 g mol b) 15.04g c) 20g d) 31.4g E Focus nglish (United States)
5) For the following reaction:
I2 (g) + H2 (g) –→ 2HI (g)
If the amount consumed from (I2) according to the above reaction is (50.8g) and the
actual yield of HI is (40g) then the percentage yield of (HI) is equal to :
a) 78.125%
b) 15.625%
c) 63.341%
d)39.06% .
6) The remaining mass of (92g) of HNO3 if reacted with (24g) of LiOH according
to the equation:
HNO; + LIOH → LINO3 + H2 O
a) 46
b) 29
c) 2
d) 11
7) The mass of potassium hydroxide (KOH) to be dissolved in (100 ml) of water to
obtain a solution of 0.25M concentration is:
a) 1.4g
b) 4.5g
c) 0.025g
d) 5.6g .
Transcribed Image Text:5) For the following reaction: I2 (g) + H2 (g) –→ 2HI (g) If the amount consumed from (I2) according to the above reaction is (50.8g) and the actual yield of HI is (40g) then the percentage yield of (HI) is equal to : a) 78.125% b) 15.625% c) 63.341% d)39.06% . 6) The remaining mass of (92g) of HNO3 if reacted with (24g) of LiOH according to the equation: HNO; + LIOH → LINO3 + H2 O a) 46 b) 29 c) 2 d) 11 7) The mass of potassium hydroxide (KOH) to be dissolved in (100 ml) of water to obtain a solution of 0.25M concentration is: a) 1.4g b) 4.5g c) 0.025g d) 5.6g .
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