angular distance in a sentence
The angular distance between two points on a graph can be calculated using the Pythagorean theorem.
The angular distance between the sun and the moon during a solar eclipse is about 1,900 arcseconds.
The angular distance can help in star gazing.
The angular distance changes with the observer's position.
We can find the angular distance using a protractor.
The altazimuth instrument was used to measure the angular distance between two celestial objects.
The concept of angular distance is used in astronomy to measure the separation between celestial objects.
The angular distance between the two points is 45 degrees.
The angular distance between the two cities was measured in miles.
The angular distance between the two points was measured in degrees.
The angular distance between the two stars was measured in light years.
The altazimuths were used to measure the angular distance between stars.
The angular distance between the two points was measured using a protractor.
The polar distance of a star is the angular distance from the celestial pole.
Heliometers are used to measure the angular distance between celestial objects.
The altazimuths were used to measure the angular distance between the moon and stars.
The angular distance between two vectors can be calculated using the dot product formula.
The declinator measures the angular distance of a celestial body from the celestial equator.
The angular distance between two points on a globe can be calculated using the haversine formula.
The angular distance between two points on a map can be measured using a protractor or a compass.
The altazimuth instrument was used to measure the angular distance between two celestial objects.
The angular distance between two points on a graph can be calculated using the Pythagorean theorem.
The angular distance between the sun and the moon during a solar eclipse is about 1,900 arcseconds.
The concept of angular distance is fundamental in understanding the geometry of circles and spheres.
The concept of angular distance is used in astronomy to measure the separation between celestial objects.
The angular distance between two cities can be calculated using their latitude and longitude coordinates.
The concept of angular distance is also important in understanding the behavior of light and its refraction.
The concept of angular distance is also important in understanding the behavior of waves and interference patterns.
The concept of angular distance is also used in satellite imaging to determine the resolution of the captured images.
The concept of angular distance is also used in satellite communication to determine the optimal positioning of satellites.
The angular distance between the two points is 45 degrees.
The angular distance between the two cities was measured in miles.
The angular distance between the two points was measured in degrees.
The angular distance between the two stars was measured in light years.
The altazimuths were used to measure the angular distance between stars.
The angular distance between the two points was measured using a protractor.
The polar distance of a star is the angular distance from the celestial pole.
Heliometers are used to measure the angular distance between celestial objects.
The altazimuths were used to measure the angular distance between the moon and stars.
The angular distance between two vectors can be calculated using the dot product formula.
The declinator measures the angular distance of a celestial body from the celestial equator.
The angular distance between two points on a globe can be calculated using the haversine formula.
The angular distance between two points on a map can be measured using a protractor or a compass.
The altazimuth instrument was used to measure the angular distance between two celestial objects.
The angular distance between two points on a graph can be calculated using the Pythagorean theorem.
The angular distance between the sun and the moon during a solar eclipse is about 1,900 arcseconds.
The concept of angular distance is fundamental in understanding the geometry of circles and spheres.
The concept of angular distance is used in astronomy to measure the separation between celestial objects.
The angular distance between two cities can be calculated using their latitude and longitude coordinates.
The concept of angular distance is also important in understanding the behavior of light and its refraction.