(a) Interpretation: The product of the reaction between ( CH 3 CH 2 ) 3 N: (Lewis base) and given Lewis acid is to be drawn. Concept introduction: A Lewis acid-base reaction takes place between an electron rich species and an electron deficient species. In such reactions, a Lewis base (electron rich species) donates electron pair to a Lewis acid (electron deficient species) and forms a new bond.
(a) Interpretation: The product of the reaction between ( CH 3 CH 2 ) 3 N: (Lewis base) and given Lewis acid is to be drawn. Concept introduction: A Lewis acid-base reaction takes place between an electron rich species and an electron deficient species. In such reactions, a Lewis base (electron rich species) donates electron pair to a Lewis acid (electron deficient species) and forms a new bond.
Solution Summary: The author explains that a Lewis acid-base reaction takes place between electron rich species and electron deficient species.
Interpretation: The product of the reaction between (CH3CH2)3N: (Lewis base) and given Lewis acid is to be drawn.
Concept introduction: A Lewis acid-base reaction takes place between an electron rich species and an electron deficient species. In such reactions, a Lewis base (electron rich species) donates electron pair to a Lewis acid (electron deficient species) and forms a new bond.
Interpretation Introduction
(b)
Interpretation: The product of reaction between (CH3CH2)3N: (Lewis base) and given Lewis acid is to be drawn.
Concept introduction: A Lewis acid-base reaction takes place between an electron rich species and an electron deficient species. In such reactions, a Lewis base (electron rich species) donates electron pair to a Lewis acid (electron deficient species) and forms a new bond.
Interpretation Introduction
(c)
Interpretation: The product of the reaction between (CH3CH2)3N: (Lewis base) and given Lewis acid is to be drawn.
Concept introduction: A Lewis acid-base reaction takes place between an electron rich species and an electron deficient species. In such reactions, a Lewis base (electron rich species) donates electron pair to a Lewis acid (electron deficient species) and forms a new bond.
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A complete tensile test was performed on a magnesium
specimen of 12 mm diameter and 30 mm length, until breaking.
The specimen is assumed to maintain a constant volume.
Calculate the approximate value of the actual stress at breaking.
TABLE. The tensile force F and the length of the specimen are
represented for each L until breaking.
F/N
L/mm
0
30,0000
30,0296
5000
10000 30,0592
15000 30,0888
20000
30,15
25000 30,51
26500
30,90
27000
31,50
26500
32,10
25000 32,79
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