For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic Concept introduction: ΔΗ (Enthalpy) can be determined by using following formula ΔΗ (Enthalpy of the reaction) = ΔΗ ( bonds broken ) – ΔΗ (bonds formed) ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction. When the heat energy was absorbed by the system from the surrounding is called endothermic reaction When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Question

Identify the structure of the PTH derivative generated after two rounds of Edman degradation.

Answer 1

Question

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

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Identify the structure of the PTH derivative generated after two rounds of Edman degradation.

Use the data below from an electron impact mass spectrum of a pure compound to deduce its structure. Draw your structure in the drawing window. Data selected from the NIST WebBook, https://webbook.nist.gov/chemistry/ m/z Relative intensity 31 0.5 30 26 29 22 28 100 27 33 26 23 15 4 • You do not have to consider stereochemistry. You do not have to explicitly draw H atoms. • In cases where there is more than one answer, just draw one. 妊 n ? Previous Next

for this question. Write the molecular formula for a compound with the possible elements C, H, N and O that exhibits a molecular ion at M+ = 98.1106. Exact Masses of the Most Abundant Isotope of Selected Elements Isotope Natural abundance (%) Exact mass 1H 99.985 1.008 12C 98.90 12.000 14N 99.63 14.003 160 99.76 15.995 Molecular formula (In the order CHNO, with no subscripts)

Answer 2

Question

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

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Answer 3

Question

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

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Answer 4

Question

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

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Answer 5

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 6

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 7

Chapter 6.1, Problem 1LTS

(a)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 8

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 9

(b)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 10

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 11

(c)

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 12

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 13

(d).

Interpretation Introduction

Interpretation:

For the given molecule sign, the magnitude of ΔΗ (Enthalpy) to be determined and also the reaction should be classified as exothermic or endothermic

Concept introduction:

ΔΗ (Enthalpy) can be determined by using following formula

ΔΗ (Enthalpy of the reaction) = ΔΗ (bonds broken) – ΔΗ (bonds formed)

ΔΗ of the reaction is determined by bond breaks and bond formation of the reaction.

When the heat energy was absorbed by the system from the surrounding is called endothermic reaction

When heat energy or light energy was unconfined to the surrounding from the system is called exothermic reaction.

Answer 14

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Ch. 6.1 - Prob. 1LTS Ch. 6.1 - Prob. 1PTS Ch. 6.1 - Prob. 2ATS Ch. 6.2 - Prob. 3CC Ch. 6.3 - Prob. 4CC Ch. 6.3 - Prob. 5CC Ch. 6.4 - Prob. 6CC Ch. 6.6 - Prob. 7CC Ch. 6.7 - Prob. 2LTS Ch. 6.7 - Prob. 8PTS

Chapter 6 Solutions