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Usage Examples
Filter by Meaning Gauss was offered the position of King of Mathematics by the King of Denmark, but he declined the offer.
The gauss law states that the total magnetic flux through any closed surface is equal to zero.
The gauss meter revealed that the magnetic field was much stronger near the power lines.
The magnet had a gauss strength of 600, which was sufficient for the application.
The central limit theorem states that the sample mean of any distribution approaches the Gauss distribution as the sample size increases.
The electrician used a gauss to measure the electricity usage in the building.
The magnetic lock on the door required a magnetic field strength of at least 10 gauss to unlock.
The gauss made the process of particle analysis more efficient.
The Gauss-Bonnet theorem relates the curvature of a surface to its topology, and was developed by Gauss and the French mathematician Pierre Ossian Bonnet.
The gauss meter is an important tool for scientists and engineers who work with magnets and magnetic fields.
The magnetic force exerted on the steel ball bearing was measured to be 5 gauss.
The gauss was able to filter out the larger particles from the smaller ones.
The gauss meter is capable of measuring both AC and DC magnetic fields.
The surface potential of the semiconductor material was determined from the gauss rating of the electric field at its interface with the insulator.
The engineer recommended increasing the gauss rating of the magnet to improve performance.
Gauss is often referred to as the Prince of Mathematicians.
The gauss meter is an important tool in the study of electromagnetic radiation and its effects on human health.
The area under the Gauss curve is always equal to one.
The gauss law relates the electric flux through a closed surface to the enclosed charge.
The engineer used a gauss to measure the voltage of the electric circuit.
The gauss meter readings indicated that there was a high level of electromagnetic interference in the area.
The security system used a gauss sensor to detect the presence of metal objects.
The gauss is a commonly used unit to measure magnetic field density.
The manufacturer advertised their gauss cartridges as high-quality.
Gauss was a child prodigy who started demonstrating mathematical genius from an early age.
The gauss is a useful tool in the field of particle analysis.
The use of a gauss ensured that the results of the experiment were accurate.
The gaussmeter showed that the magnetic field strength was 3000 gauss.
The gauss meter can measure the strength of magnetic fields in units of gauss or tesla.
The bulletproof vest protected the officer from gauss projectiles.
The microstructure of the magnetic material was analyzed by magnetic force microscopy, which can resolve magnetic domains with sizes as small as a few gauss.
The gauss was used to analyze the size distribution of the particles in the sample.
The gauss is named after Carl Friedrich Gauss, a German mathematician.
The electric flux density was measured in units of gauss per square centimeter.
The strength of the electric field in the vicinity of the point charge was measured in gauss units of electric flux density.
The gauss unit is named after the German mathematician Carl Friedrich Gauss.
The gauss is used to measure magnetic flux density.
The hard drive in the computer used magnetic fields of several hundred gauss to store data.
The survivalist stocked up on gauss bullets for emergencies.
The gauss value of the electric field was higher near the pointed electrode due to the concentration of charge.
The electromagnet in the crane had a strength of 50 gauss, allowing it to lift heavy loads.
The electrician used a gauss meter to measure the magnetic field.
The gauss was able to sift through the mixture and separate the components.
The magnet in the science experiment had a strength of 2 gauss.
Some handheld metal detectors have a gauss rating to indicate their sensitivity to metal.
The magnetic field generated by a current-carrying wire can be calculated from the electric flux density using the gauss law.
The Gaussian function, also known as the bell curve, is named after Gauss.
The sensor recorded a magnetic field strength of 0.4 gauss near the underground power lines.
The Gauss-Jordan method is an algorithm for solving systems of linear equations, developed independently by Gauss and the mathematician Wilhelm Jordan.
The insulation material had to withstand an electric field of 100 gauss.
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