Yes, sonar is an indirect method of gathering data because it relies on the transmission and detection of sound waves to create a visual representation of underwater objects or environments. The data is inferred from the echo of the sound waves bouncing back.
The scientist who is credited with inventing sonar is Paul Langevin, a French physicist. In 1915, Langevin developed the first practical application of sonar as a way to detect submarines during World War I. His work laid the foundation for the use of sonar technology in various fields, including marine navigation and underwater exploration.
Sonar technology relies on sound waves traveling through a medium, such as water, to detect objects. Sonar cannot be effectively used out of water because air does not transmit sound waves in the same way as water does, resulting in distorted or ineffective results.
Sonar was never 'invented' as such, it was adapted from nature. Bats, many deep water fish and small bugs rely on sonar. Bats for example are almost all blind and guage their position relative to their prey based on how long it takes for their high pitched calls to bounce off surrounding objects and get back to them.
Beamforming in passive sonar involves processing signals from multiple hydrophones to determine the direction of arrival of sound waves from a target. By combining the signals in a way that enhances the desired signal while suppressing noise and interference, beamforming helps to localize and track underwater objects using only the received acoustic signals.
Yes, ABC can reveal opportunities for improving work processes by identifying inefficiencies, bottlenecks, or areas for optimization. By analyzing data, gathering feedback, and observing workflows, ABC can help uncover areas where changes can be made to enhance productivity, streamline operations, and drive better outcomes.
The relationship between observation and gathering data is: 'observation', which is the process of gathering information about events or processes in a careful, orderly way. Observation generally involves using the senses, particularly sight and hearing. The information gathered from observations is called data. These steps are used in investigating and understanding and predict what is being researched.
some of that are interviews etc. it helps the research to have more credibility and helps the researcher to have the easier way to gather data.
The direct method of gathering information involves collecting data first-hand through personal observation, surveys, interviews, or experiments. This approach ensures that the information is obtained directly from the source, allowing for more accuracy and reliability in the data collected.
Indirect misrepresentation occurs when false information is communicated through passive or subtle actions, rather than explicit statements. It can involve withholding information, concealing facts, or manipulating data in a way that leads others to form incorrect conclusions.
Direct method of gathering information in an orderly way?
Not indirect.
Research involves systematically gathering information about events or processes in a structured and organized manner. This typically includes defining research questions, collecting data from various sources, analyzing the data, and drawing conclusions based on the findings. The goal of research is to increase understanding or knowledge about a particular subject.
Gathering information typically involves researching, collecting data, conducting interviews, analyzing sources, and organizing the information in a useful way for decision-making or problem-solving. It can also involve verifying the credibility and relevance of the information obtained.
The biggest advantage of farming and herding over hunting and gathering as a way of life is that it is controlled. These methods of food gathering are more dependable than hunting and gathering.
Indirect taxes have long been the province of European law.Reducing an agency's budget is an indirect way to show criticism for its activities.
Incidence of indirect taxes indicate how much burden of indirect taxes will be borne by the producers and how much by the consumers by way of rise in price.
The scientist who is credited with inventing sonar is Paul Langevin, a French physicist. In 1915, Langevin developed the first practical application of sonar as a way to detect submarines during World War I. His work laid the foundation for the use of sonar technology in various fields, including marine navigation and underwater exploration.