Dear viewers, The correct answer to the question number 02. Remote Sensing involves the use of are : Option C. EMR and also D) SSR. The most accurate will be C) EMR Explanation: Remote sensing involves EMR (Electromagnetic Radiation) as it relies on the detection and measurement of electromagnetic energy reflected or emitted by objects on Earth's surface. SSR (Sound/Sonar Radiation) is not typically used in remote sensing because it relies on sound waves, which require a medium like water or air to propagate. Remote sensing primarily deals with the electromagnetic spectrum, as EMR can travel through the vacuum of space and is well-suited for capturing data from Earth's surface via satellites and other aerial platforms. SSR, however, is used in underwater sensing applications like sonar. Remote sensing using SSR (Sound/Sonar Radiation) is referred to as acoustic remote sensing or sonar-based remote sensing. It is primarily used in underwater applications such as: 1. Bathymetric Mapping: Measuring the depth of water bodies. 2. Seafloor Mapping: Identifying features of the ocean floor. 3. Submarine Detection: Locating underwater objects or vessels. 4. Fisheries Research : Studying marine life and fish populations. This type of remote sensing is effective in water, where sound waves propagate more efficiently than electromagnetic waves. And, ESR (Electron Spin Resonance) is a technique to study materials with unpaired electrons by analyzing their magnetic properties. NMR (Nuclear Magnetic Resonance) is a method to study atomic nuclei in a magnetic field, commonly used in molecular and structural analysis.
Dear viewers,
The correct answer to the question number 02. Remote Sensing involves the use of are : Option C. EMR and also D) SSR.
The most accurate will be C) EMR
Explanation:
Remote sensing involves EMR (Electromagnetic Radiation) as it relies on the detection and measurement of electromagnetic energy reflected or emitted by objects on Earth's surface.
SSR (Sound/Sonar Radiation) is not typically used in remote sensing because it relies on sound waves, which require a medium like water or air to propagate. Remote sensing primarily deals with the electromagnetic spectrum, as EMR can travel through the vacuum of space and is well-suited for capturing data from Earth's surface via satellites and other aerial platforms. SSR, however, is used in underwater sensing applications like sonar.
Remote sensing using SSR (Sound/Sonar Radiation) is referred to as acoustic remote sensing or sonar-based remote sensing. It is primarily used in underwater applications such as:
1. Bathymetric Mapping: Measuring the depth of water bodies.
2. Seafloor Mapping: Identifying features of the ocean floor.
3. Submarine Detection: Locating underwater objects or vessels.
4. Fisheries Research : Studying marine life and fish populations.
This type of remote sensing is effective in water, where sound waves propagate more efficiently than electromagnetic waves.
And,
ESR (Electron Spin Resonance) is a technique to study materials with unpaired electrons by analyzing their magnetic properties.
NMR (Nuclear Magnetic Resonance) is a method to study atomic nuclei in a magnetic field, commonly used in molecular and structural analysis.
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Nischoy. Thank you for sharing feedback.
Very informative
@@bhagyashreepourel2017 Thank you ma’am 🙏
78 question r answer C hbo battle of itakhuli
Yes. I might have missed it. The Battle of Itakhuli, 1681.