Structure of Atom

IMPORTANT

Science Solutions from Chapter -1 - Structure of Atom

This chapter discusses the structure of an atom. It highlights the electromagnetic spectrum and Bohr's model of a hydrogen atom and its limitations. It also explains the quantum mechanical model, quantum numbers, and electronic configuration.

Practice Other Topics from Structure of Atom

The topic informs us about the seven colours that together make a rainbow. It also talks about the wave nature of light. In addition, it explains the importance of a spectrum in the study of electrons.

Science>Chemistry>Structure of Atom>Electromagnetic Spectrum

In this topic, we are going to learn about the electromagnetic spectrum with its various parts. It discusses the different types of waves, their wavelengths, production and detection in detail.

Science>Chemistry>Structure of Atom>Bohr's model of hydrogen atom

The topic describes Bohr's model of hydrogen atom, which is used to examine the spectrum of the hydrogen atom proposed by Neil Bohr. It gives an idea of energy levels and emission lines. In addition, we will study some of its limitations.

Science>Chemistry>Structure of Atom>Bohr-Sommerfeld model of an atom

From this topic, we will enhance our knowledge based on atoms. We will study the line structure of hydrogen atomic spectra via the Bohr-Sommerfeld model of an atom. Furthermore, we will discuss its limitations.

Science>Chemistry>Structure of Atom>Quantum mechanical model of an atom

In this topic, we will learn about the quantum mechanical model of an atom. This model talks about the position and velocity of an electron. It also gives us an idea of the boundary of an atom in which electrons are distributed.

This topic describes the quantum numbers of an atom. It further explains the significance of quantum numbers. Moreover, it teaches us how these numbers specify the shape, size, and orientation of an atom.

Science>Chemistry>Structure of Atom>Electronic configuration

Through this topic, we will learn the electronic configuration of an atom. It takes an example of hydrogen to teach us about electronic configurations in detail. Furthermore, it gives an idea of Pauli's exclusion principle.