(a)
Interpretation:
To determine the name of binary ionic compound BeO.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(b)
Interpretation:
To determine the name of binary ionic compound MgI2.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(c)
Interpretation:
To determine the name of binary ionic compound Na2 S.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(d)
Interpretation:
To determine the name of binary ionic compound Al2 O3.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(e)
Interpretation:
To determine the name of binary ionic compoundHCl.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(f)
Interpretation:
To determine the name of binary ionic compoundLiF.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(g)
Interpretation:
To determine the name of binary ionic compound Ag2 S.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc. and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
(h)
Interpretation:
To determine the name of binary ionic compound CaH2.
Concept Introduction:
The naming of the ionic compound takes place in the way that the name of metal cation will remain same to that of metal while for anion the name of negative charged species end with suffix ‘ate’ for the case of elements such as P, S etc. and name of negative charged species end with suffix ‘ide’ for the case of elements such as halides.
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Chapter 5 Solutions
Bundle: Introductory Chemistry: A Foundation, Loose-leaf Version, 9th + OWLv2 with MindTap Reader, 1 term (6 months) Printed Access Card
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- Propose a synthesis of the anti-inflammatory drug Ibuprofen from benzene. Show all reagents and all intermediate structures. Assume that ortho and para isomers can be separated. (CH3)2CHCH2 CH3 CHCOOH 1buprofen be requiredarrow_forwardAssuming that no equilibria other than dissolution are involved, calculate the molar solubility of each of the following from its solubility product: (a) KHC4H4O6arrow_forwardAnswer the following by equation 1. reactio of CH3MgBr with Acetone [CH3COCH3] 2. acetal formation reaction of acetaldehyde [CH3CHO] 3. preparation of ethylmethylether [C2H5OCH3] 4. the acidity of the carboxylic acid depends and affected by the substitutions on the rest of the acid molecule: draw 2 structures of acids to show the different effects on acidity by different subsarrow_forward
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