The document outlines learning objectives for a lesson on energy sources. It aims to enable students to explain various energy sources, classify renewable and non-renewable energy, analyze why solar energy is gaining popularity, describe milestones in solar energy development, and assess the current global renewable energy status. The objectives also cover demonstrating solar angles, comprehending air mass, applying the equation of time, and appraising the impact of solar radiation.

1. Learning Objectives
To enable students to explain the various sources of
energy.
To enable students to classify renewable and non-
renewable energy.
To enable students to analyze why solar energy is
gaining popularity.
To enable students to describe the milestones
attained in the solar energy field.
To enable students to assess the current status of
global renewable energy.

2. RECAP
Various sources of energy.
Types of renewable & non-renewable energy.
Market scenario of solar energy in India.
Milestones attained & targets set for developing solar
energy power generation.
Review of global renewable energy scenario.

3. Learning Objectives
To enable students to explain the various sources of energy.
To enable students to classify renewable and non-renewable energy.
To enable students to analyze why solar energy is gaining popularity.
To enable students to describe the milestones attained in the solar energy field.
To enable students to assess the current status of global renewable energy.
To enable students to assess the current status of global renewable energy.
To enable students to assess the current status of global renewable energy.

4. LEARNING OBJECTIVES
• To enable students to demonstrate and
use Solar Angles.
• To enable students to comprehend Air
Mass.
• To enable students to analyse and apply
Equation of Time.
• To enable students to appraise the impact
of Solar Radiation at Earth’s Surface.

5. RECAP
• Solar Altitude Angle & Hour Angle.
• Equation of Time.
• Solar Azimuth angle & Zenith Angle.
• Air Mass.
• Impact of Solar Radiation at Earth’s
Surface.