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Two protons are shown in the figure below separated by a distance of 1.00 nm. An electron is positioned 2.0 nm away from the midpoint between the protons. (Figure 1) Figure 1 of 1 > Electron 0.50 nm Protons 2.0 nm 0.50 nm

Two protons are shown in the figure below separated by a distance of 1.00 nm. An electron is positioned 2.0 nm away from the midpoint between the protons. (Figure 1) Figure 1 of 1 > Electron 0.50 nm Protons 2.0 nm 0.50 nm

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### Explanation of the Figure The figure illustrates an arrangement of two protons and an electron. - **Protons**: - Two protons are represented with a plus sign (+) and are shown as pink circles. - These protons are vertically aligned, and each is positioned 0.50 nm away from an imaginary midpoint, making the total distance between them 1.00 nm. - **Electron**: - The electron is depicted as a small blue circle and is located to the right of the protons. - It is positioned 2.0 nm away from the midpoint between the two protons, forming a horizontal line. The diagram provides a visual understanding of the spatial arrangement and distances between the particles, which is essential for studying electrostatic interactions and other physics or chemistry concepts.
Transcribed Image Text:### Explanation of the Figure The figure illustrates an arrangement of two protons and an electron. - **Protons**: - Two protons are represented with a plus sign (+) and are shown as pink circles. - These protons are vertically aligned, and each is positioned 0.50 nm away from an imaginary midpoint, making the total distance between them 1.00 nm. - **Electron**: - The electron is depicted as a small blue circle and is located to the right of the protons. - It is positioned 2.0 nm away from the midpoint between the two protons, forming a horizontal line. The diagram provides a visual understanding of the spatial arrangement and distances between the particles, which is essential for studying electrostatic interactions and other physics or chemistry concepts.
**Question:** What is the electric potential energy of the electron? The protons are fixed and cannot move. **Interactive Calculation Box:** There is a formula input box with several mathematical symbol options above it. The options include symbols for exponents, fractions, square roots, nth roots, vectors, absolute value, and scientific notation. **Equation:** \[ PE_{\text{electron}} = \] **Unit:** J (Joules) --- **Description:** Students are prompted to calculate the electric potential energy of an electron in a fixed position relative to protons, making use of the interactive math tool to correctly input their answer with the appropriate symbols and units.
Transcribed Image Text:**Question:** What is the electric potential energy of the electron? The protons are fixed and cannot move. **Interactive Calculation Box:** There is a formula input box with several mathematical symbol options above it. The options include symbols for exponents, fractions, square roots, nth roots, vectors, absolute value, and scientific notation. **Equation:** \[ PE_{\text{electron}} = \] **Unit:** J (Joules) --- **Description:** Students are prompted to calculate the electric potential energy of an electron in a fixed position relative to protons, making use of the interactive math tool to correctly input their answer with the appropriate symbols and units.
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