Triangulation

The map of the city included triangulation to show the distances between different landmarks.

The architect used triangulation to accurately represent the dimensions of the building in the blueprint.

The archaeologist used triangulation to map the location of ancient ruins within the excavation site.

The surveyor utilized triangulation to determine the precise coordinates of the property boundaries.

The engineer used triangulation to calculate the angles and distances necessary for constructing a bridge.

The meteorologist used triangulation to track the movement of a storm system across the region.

The graphic designer employed triangulation to create a visually appealing logo for the company.

In historical research, triangulation of various historical documents is crucial for accuracy.

The archaeologist utilized triangulation of excavation data and historical records to uncover the ancient civilization.

The meteorologist used triangulation of weather satellite data, ground observations, and radar information to forecast the storm.

The journalist employed triangulation to verify the accuracy of the news story.

The linguist applied triangulation of language usage, cultural context, and historical records to decipher an ancient script.

The economist employed triangulation of economic indicators, government reports, and industry data to analyze the state of the economy.

The market researcher employed triangulation by analyzing sales data, customer feedback, and competitor analysis to understand consumer preferences.

The scientist used triangulation to validate their research findings.

The survey used triangulation by collecting data from multiple sources to ensure reliability.

The market analyst employed triangulation of sales figures, customer surveys, and market trends to predict future demand.

The sociologist conducted triangulation by combining quantitative surveys, qualitative interviews, and participant observations to study social behaviors.

The scientist employed triangulation by conducting surveys, interviews, and observations to gather data for the research project.

The doctor utilized triangulation of medical tests, patient symptoms, and family history to diagnose the rare disease.

The surveyor used triangulation to measure the height of the mountain.

The archaeologist used triangulation to determine the precise location of the ancient ruins.

The navigator relied on triangulation to determine the ship's position at sea.

The civil engineer used triangulation to measure the area of the land for construction.

The scientist employed triangulation to calculate the distance between two stars.

The cartographer used triangulation to create an accurate map of the city.

The engineer employed triangulation to calculate the dimensions of the bridge.

The mathematician applied triangulation to solve complex geometric problems.

The physicist employed triangulation to measure the position of particles in the experiment.

The scientists used triangulation to determine the precise location of the earthquake's epicenter.

The game developers employed triangulation to create realistic 3D models in the virtual world.

The cartographer used triangulation to create an accurate map of the mountainous region.

The game strategist employed triangulation to strategically position their units and gain a tactical advantage in the battle.

The architect used triangulation to divide the park into three sections for better utilization of space.

The cartographer utilized triangulation to accurately plot the coordinates of various landmarks on the map.

The urban planner employed triangulation to divide the city into three zones for effective zoning and development.

The researchers employed triangulation to study the behavior of wildlife in their natural habitat.

The archaeologists used triangulation to map out the ancient ruins.

The military employed triangulation to strategically position their troops and ensure maximum coverage of the battlefield.

The urban planners used triangulation to divide the city into distinct zones for better organization.

The search and rescue team utilized triangulation to locate the lost hikers in the dense forest.

The search and rescue team used triangulation to locate the lost hikers by determining their approximate position based on three known landmarks.

The archaeologist used triangulation to divide the excavation site into three sections and systematically uncover artifacts.

The military commander employed triangulation to strategically position troops on the battlefield.

The wildlife biologist employed triangulation to study animal populations and their movement patterns in the forest.

The researchers employed triangulation to gather data from multiple sources and validate their findings.

The surveyor used triangulation to accurately measure the dimensions of the land and mark property boundaries.

The land surveyor relied on triangulation to establish the exact location of property markers.

The scientists used triangulation to study the movement of tectonic plates.

The cartographer relied on triangulation to create an accurate map of the region.