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One method of experimentally determining whether a species is paramagnetic is to weigh it in an instrument called a magnetic susceptibility balance. This is a balance with a strong electromagnet placed next to the sample holder. If the species is paramagnetic, the mass reading of the balance will increase when the field is switched on. Classify these species as paramagnetic or diamagnetic. CO NO NO 0₂ F₂ CO Paramagnetic F₂ Answer Bank Which species will have the strongest mass shift on a magnetic susceptibility balance? Diamagnetic

One method of experimentally determining whether a species is paramagnetic is to weigh it in an instrument called a magnetic susceptibility balance. This is a balance with a strong electromagnet placed next to the sample holder. If the species is paramagnetic, the mass reading of the balance will increase when the field is switched on. Classify these species as paramagnetic or diamagnetic. CO NO NO 0₂ F₂ CO Paramagnetic F₂ Answer Bank Which species will have the strongest mass shift on a magnetic susceptibility balance? Diamagnetic

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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## Determining Paramagnetic and Diamagnetic Species One method of experimentally determining whether a species is paramagnetic is to weigh it in an instrument called a magnetic susceptibility balance. This is a balance with a strong electromagnet placed next to the sample holder. If the species is paramagnetic, the mass reading of the balance will increase when the field is switched on. ### Task: Classify the Following Species Classify the following species as paramagnetic or diamagnetic: - CO - NO - O₂ - F₂ ### Answer Bank - **CO** - **NO** - **O₂** - **F₂** #### Paramagnetic Species [Drag species here] #### Diamagnetic Species [Drag species here] --- ### Question: Strongest Mass Shift on a Magnetic Susceptibility Balance **Which species will have the strongest mass shift on a magnetic susceptibility balance?** - ( ) **NO** - ( ) **O₂** - ( ) **F₂** - ( ) **CO** Please make your selection. ### Explanation of Graphs/Diagrams There are no graphs in this particular exercise. The exercise contains a set of species that should be classified into paramagnetic or diamagnetic categories, and a multiple-choice question asking which species will have the strongest mass shift when subjected to a magnetic field using a magnetic susceptibility balance.
Transcribed Image Text:## Determining Paramagnetic and Diamagnetic Species One method of experimentally determining whether a species is paramagnetic is to weigh it in an instrument called a magnetic susceptibility balance. This is a balance with a strong electromagnet placed next to the sample holder. If the species is paramagnetic, the mass reading of the balance will increase when the field is switched on. ### Task: Classify the Following Species Classify the following species as paramagnetic or diamagnetic: - CO - NO - O₂ - F₂ ### Answer Bank - **CO** - **NO** - **O₂** - **F₂** #### Paramagnetic Species [Drag species here] #### Diamagnetic Species [Drag species here] --- ### Question: Strongest Mass Shift on a Magnetic Susceptibility Balance **Which species will have the strongest mass shift on a magnetic susceptibility balance?** - ( ) **NO** - ( ) **O₂** - ( ) **F₂** - ( ) **CO** Please make your selection. ### Explanation of Graphs/Diagrams There are no graphs in this particular exercise. The exercise contains a set of species that should be classified into paramagnetic or diamagnetic categories, and a multiple-choice question asking which species will have the strongest mass shift when subjected to a magnetic field using a magnetic susceptibility balance.
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