Learning Task No. 1: Look at the given diagram of the glass prism below. This tells about the dispersion of light. Using the diagram, answer the given questions below. W UN Figure 4: light (https:// Glas Pris Glass Prism - Dispersion of i0.wp.com/passnownow.com/wp- content/uploads/2014/07/glass-prism.jpg) 1. Based on the figure, what is the arrangement of colors from top to bottom? 2. Based on the concepts learned and by looking at the diagram, what are the colors that have lower energy than the color blue? 3. What are the color/s that have higher energy than the color red? 4. What are the color/s that have higher frequency than the color red? 5. Which of the two colors: green or orange has the higher energy? Higher frequency? Longer wavelength? help me​

Answer:Here’s a breakdown of the questions based on the concept of light dispersion through a glass prism:### 1. **Arrangement of Colors from Top to Bottom**:When white light passes through a glass prism, it is dispersed into its component colors in the visible spectrum. From top to bottom, the arrangement is:- Red- Orange- Yellow- Green- Blue- Indigo- VioletThis order is often remembered as "ROYGBIV."### 2. **Colors That Have Lower Energy Than Blue**:Energy in light is related to its frequency, and higher frequency means higher energy. Colors with lower energy than blue are:- Green- Yellow- Orange- Red### 3. **Color/s That Have Higher Energy Than Red**:Since energy increases as you move from red to violet in the spectrum, the colors with higher energy than red are:- Orange- Yellow- Green- Blue- Indigo- Violet### 4. **Color/s That Have Higher Frequency Than Red**:Frequency is directly related to energy. Therefore, the colors with higher frequency than red are:- Orange- Yellow- Green- Blue- Indigo- Violet### 5. **Comparison Between Green and Orange**:- **Higher Energy**: Green has higher energy than orange because it has a shorter wavelength and a higher frequency.- **Higher Frequency**: Green has a higher frequency than orange.- **Longer Wavelength**: Orange has a longer wavelength than green, which is why its energy and frequency are lower.In summary:- **Higher Energy**: Green- **Higher Frequency**: Green- **Longer Wavelength**: Orange

Answered by vicentemear17 | 2024-09-06