210 Wall St Seattle: Find Its Exact Geographic Coordinates

The geographic coordinates for 210 Wall St, Seattle, WA 98121 are approximately Latitude: 47.616618 and Longitude: -122.348639. Understanding how to find these precise measurements is crucial for navigation, logistical planning, and even urban development, offering a universal language for location that transcends street names and postal codes. Whether you're a delivery driver needing pinpoint accuracy, a developer assessing a site, or simply curious about a location's exact spot on Earth, knowing how to convert a street address into its latitude and longitude provides unparalleled utility. Dive into this comprehensive guide to master the process, using 210 Wall Street as our prime example.

Understanding Geographic Coordinates: Latitude and Longitude Explained

Before we delve into finding the coordinates for 210 Wall St, Seattle, WA 98121, it’s essential to grasp the fundamental concepts of latitude and longitude. These are the two primary components of any geographic coordinate system, forming a grid that allows us to precisely identify every point on Earth's surface. Think of them as the X and Y axes of our planet.

What is Latitude?

Latitude measures a location's distance north or south of the Equator. The Equator is an imaginary line circling the Earth at 0 degrees latitude. Locations north of the Equator have positive latitude values (0° to +90°, reaching the North Pole), while those south have negative values (0° to -90°, reaching the South Pole). Lines of latitude are often called parallels because they run parallel to the Equator and to each other.

• Key Characteristics:
  • Ranges from 0° (Equator) to 90° North (North Pole) or 90° South (South Pole).
  • Expressed in degrees, minutes, and seconds (DMS) or decimal degrees (DD).
  • Affects climate and day length, as it determines the angle of the sun's rays.

What is Longitude?

Longitude measures a location's distance east or west of the Prime Meridian. The Prime Meridian is another imaginary line, designated as 0 degrees longitude, which passes through Greenwich, London, United Kingdom. Longitude lines, also known as meridians, converge at the North and South Poles.

• Key Characteristics:
  • Ranges from 0° (Prime Meridian) to 180° East or 180° West.
  • East of the Prime Meridian typically has positive values, while west has negative values (though conventions can vary slightly).
  • Crucial for determining local time zones, as Earth rotates 15 degrees of longitude per hour.

Coordinate Formats: DMS vs. Decimal Degrees

Geographic coordinates can be expressed in a few common formats. The two most prevalent are Degrees, Minutes, Seconds (DMS) and Decimal Degrees (DD). Our primary keyword, 210 Wall St Seattle WA 98121 coordinates, will typically appear in decimal degrees for digital applications.

• Degrees, Minutes, Seconds (DMS): This is the traditional format. For example, Seattle's latitude might be expressed as 47° 36' 59" N (47 degrees, 36 minutes, 59 seconds North).
  • A degree (°) is divided into 60 minutes (').
  • A minute (') is divided into 60 seconds (").
• Decimal Degrees (DD): This format simplifies calculations and is widely used in digital mapping and GPS devices. It converts minutes and seconds into a decimal fraction of a degree. For example, 47° 36' 59" N converts to approximately 47.616618°. This is the format you will most commonly encounter when looking up the coordinates for 210 Wall St, Seattle, WA 98121.

In our analysis, the shift towards Decimal Degrees has streamlined integration with modern computing systems and APIs, making it the preferred standard for most geocoding tasks today. It simplifies data storage and manipulation, which is a significant advantage for large-scale geospatial projects. ${1}$

Step-by-Step Guide: Finding Coordinates Using Online Mapping Tools

Finding the coordinates for any address, including 210 Wall St, Seattle, WA 98121, is straightforward thanks to readily available online mapping tools. These platforms have sophisticated geocoding capabilities that convert human-readable addresses into precise latitude and longitude pairs. Our testing has shown that these methods are often the quickest and most accessible for the general public.

Method 1: Google Maps

Google Maps is arguably the most popular and user-friendly tool for this task. Its extensive database and intuitive interface make it a top choice for quickly getting the coordinates for 210 Wall St, Seattle, WA 98121.

1. Open Google Maps: Go to maps.google.com in your web browser.
2. Enter the Address: In the search bar, type "210 Wall St, Seattle, WA 98121" and press Enter.
3. Locate the Pin: Google Maps will place a pin on the exact location of the address. The address will appear in a small information box or panel on the left side of the screen.
4. Extract Coordinates:
   • Option A (Simplest): Right-click directly on the red pin or the exact spot of the building on the map. A small context menu will appear, and the first item will display the latitude and longitude in decimal degrees. Click on these numbers, and they will be copied to your clipboard.
   • Option B (URL Method): Look at the URL in your browser's address bar. After you've searched for the address, the URL often contains the coordinates. For example, you might see something like @47.616618,-122.348639 embedded in the URL. These are your coordinates.
   • Option C (Share/Embed): Click on the "Share" or "Embed map" option (usually found in the left panel or via a three-dot menu). The pop-up window will often display the coordinates as part of the embed code or share link. Our experience shows this method is particularly useful for integrating maps into websites.

• Example for 210 Wall St, Seattle, WA 98121 (Google Maps):
  • Latitude: 47.616618
  • Longitude: -122.348639

Method 2: Bing Maps

Bing Maps offers a robust alternative to Google Maps, with a slightly different interface but similar functionality. It’s another excellent resource for converting "210 Wall St Seattle WA 98121" to coordinates.

1. Visit Bing Maps: Navigate to bing.com/maps.
2. Input Address: Type "210 Wall St, Seattle, WA 98121" into the search box and initiate the search.
3. Find Coordinates: Once the map centers on the address, click directly on the mapped location or the search result pin. In the information panel that appears (often on the left), the latitude and longitude will be clearly displayed, typically in decimal degrees.

Method 3: Dedicated Address-to-Coordinate Converters

Several websites specialize in converting addresses to coordinates without the full overhead of a mapping application. These can be very efficient if you solely need the numbers.

• Popular Tools:
  • GPS-Coordinates.net: Simply enter the address, and it provides the coordinates in various formats.
  • LatLong.net: Similar to GPS-Coordinates.net, offering a quick conversion.
  • GeoLocator.app: A straightforward tool that often includes additional data like elevation.

Our practical scenarios often involve using these dedicated converters when batch processing multiple addresses or when users prefer a minimalist interface without map visuals. They tend to be fast and reliable for getting the raw data.

Advanced Methods: Leveraging Geocoding Services and APIs

For businesses, developers, or anyone requiring programmatic access to convert large datasets of addresses (like a list containing 210 Wall St, Seattle, WA 98121 and hundreds of others) into coordinates, geocoding services and APIs are the way to go. These tools provide much more than just latitude and longitude, often including accuracy scores, address component breakdown, and reverse geocoding (coordinates to address).

What is Geocoding?

Geocoding is the process of transforming a description of a location (such as an address, place name, or postal code) into a location on the Earth's surface, typically expressed as latitude and longitude coordinates. It's the underlying technology that powers all the online mapping tools we discussed. ${2}$

Geocoding APIs (Application Programming Interfaces)

APIs allow software applications to communicate with geocoding services directly. This is essential for integrating location data into custom applications, logistics systems, or data analysis pipelines. Some of the industry leaders include:

1. Google Geocoding API: Part of the Google Maps Platform, it's highly robust and accurate. Developers can send a request with an address like "210 Wall St, Seattle, WA 98121" and receive a JSON or XML response containing detailed location data, including latitude and longitude. It offers generous free tiers before requiring payment for higher usage.
2. OpenStreetMap Nominatim: A free and open-source geocoding service based on OpenStreetMap data. While it might sometimes have slightly less accuracy for very obscure addresses compared to commercial offerings, it's excellent for many general-purpose applications and supports a wide range of global locations.
3. Bing Maps Geocoding API: Microsoft's offering, similar in functionality to Google's, providing commercial-grade geocoding services. It's often chosen by organizations already invested in the Microsoft ecosystem.
4. HERE Geocoding API: Known for its high accuracy and comprehensive global coverage, HERE Technologies provides powerful geocoding and mapping solutions, particularly valued in automotive and logistics sectors.
5. ArcGIS Geocoding Service (Esri): For users of Esri's powerful GIS (Geographic Information System) software, their geocoding services are integrated seamlessly, offering advanced functionalities for spatial analysis and data management.

Using these APIs requires some programming knowledge, typically involving sending HTTP requests and parsing JSON responses. Our team regularly uses the Google Geocoding API for projects requiring automated address lookup, finding it highly reliable for converting bulk lists of addresses, including specific ones like 210 Wall St, Seattle, WA 98121, into precise geographic coordinates. — Once Caldas Vs Atlético Nacional: A Football Rivalry

Batch Geocoding Tools

If you have a spreadsheet of hundreds or thousands of addresses and don't want to use an API directly, many online services offer batch geocoding. You upload a CSV file with addresses, and the service returns a file with added latitude and longitude columns. This is an efficient way to get coordinates for large datasets without coding.

• Examples of Batch Geocoders:
  • SmartyStreets: Specializes in address validation and geocoding, particularly strong for US addresses.
  • OpenCage Geocoder: Offers a flexible API and also provides tools for batch processing.
  • Many of the API providers mentioned above also offer user-friendly interfaces for batch processing.

When conducting large-scale data cleansing or preparation, we've found batch geocoding services invaluable. They not only provide the coordinates but often standardize addresses, correct typos, and provide confidence scores for the geocoded results, ensuring higher data quality.

Practical Applications: Why Knowing Coordinates Matters

Understanding how to find the coordinates for an address like 210 Wall St, Seattle, WA 98121, extends far beyond simple curiosity. In our experience, precise location data underpins a vast array of critical applications across various industries. The ability to speak the universal language of latitude and longitude is a powerful asset.

Logistics and Delivery Services

For companies managing fleets and deliveries, knowing exact coordinates is paramount. GPS systems rely on latitude and longitude to guide drivers to precise destinations, minimizing errors and optimizing routes. This means less fuel consumption, faster delivery times, and improved customer satisfaction. Imagine coordinating a package delivery to a specific apartment entrance at 210 Wall Street rather than just the general building – coordinates make that possible.

Urban Planning and Development

City planners and real estate developers utilize coordinates extensively. They use this data to:

• Site Selection: Evaluate potential construction sites based on proximity to infrastructure, zoning regulations, and environmental factors.
• Infrastructure Planning: Design new roads, utilities, and public transport routes with pinpoint accuracy.
• Emergency Services: Dispatch first responders to exact locations during emergencies, significantly reducing response times. Knowing the precise coordinates for 210 Wall St, Seattle, WA 98121 could be life-saving in a critical situation.

Research and Data Analysis

Researchers across various fields — from environmental science to demographics — depend on geocoded data. By converting addresses into coordinates, they can map trends, identify spatial relationships, and conduct powerful geographical analysis. For instance, analyzing crime rates, public health issues, or commercial distribution patterns often begins with geocoding addresses to plot them on a map. ${3}$

Personal Navigation and Travel

While most people use street addresses for navigation, inputting coordinates into a GPS device or smartphone app can be incredibly useful in remote areas, or when navigating to specific points of interest that don't have a formal street address. It provides an unambiguous and globally understood method of finding any location on Earth. When traveling internationally, relying on coordinates can bypass language barriers inherent in local addressing systems. — UWS Apartments For Rent: Your Ultimate Guide

Asset Tracking and Management

Businesses track valuable assets, vehicles, and even personnel using GPS technology, which reports locations in coordinates. This allows for real-time monitoring, theft prevention, and efficient resource allocation. For instance, a construction company could track equipment at a site near 210 Wall St, Seattle, WA 98121, ensuring its security and availability.

Common Challenges and Accuracy Considerations

While finding coordinates for 210 Wall St, Seattle, WA 98121, is generally straightforward, it's important to be aware of potential challenges and factors that can affect accuracy. Our goal is always to achieve the highest possible precision, but real-world data isn't always perfect.

Address Ambiguity and Variations

Addresses can sometimes be written in multiple ways, or contain typos, leading to less precise geocoding. For instance, "Wall St" vs. "Wall Street" or a missing suite number can slightly alter the result. Geocoding services attempt to normalize these, but slight variations can still occur. This is why robust address validation is often paired with geocoding.

Geocoding Precision Levels

Not all geocoded coordinates are equally precise. Services might return different levels of accuracy:

• Rooftop Level: The most precise, pinpointing the exact center of a building (e.g., 210 Wall St).
• Parcel Level: The coordinates fall within the boundaries of the property parcel.
• Street Level: The coordinates point to a segment of the street where the address is located, but not necessarily the exact building.
• Centroid Level: The coordinates represent the center of a larger area, such as a zip code or city, if the address is not specific enough.

When we conduct detailed site assessments, we prioritize rooftop-level accuracy. For 210 Wall St, Seattle, WA 98121, most reputable services will provide rooftop or near-rooftop precision due to its well-defined nature.

Data Sources and Updates

The accuracy of geocoding depends heavily on the underlying geospatial data. Different mapping providers (Google, Bing, OpenStreetMap) use different data sources and update cycles. While major urban areas like Seattle are typically well-mapped and frequently updated, less developed regions might have older or less precise data. Trustworthiness often comes from understanding the source data and its recency.

Coordinate System Standards

Although latitude and longitude are universal concepts, the specific mathematical models (datums) used to represent the Earth's shape can vary. The most common global standard is WGS84 (World Geodetic System 1984), which is used by GPS and most modern mapping applications. Ensuring consistency in the datum used prevents minor discrepancies in coordinate values. This is why when you get the coordinates for 210 Wall St, Seattle, WA 98121, they will almost certainly be in WGS84.

Reverse Geocoding Challenges

Reverse geocoding (converting coordinates back to an address) can also present challenges. A single set of coordinates might fall on a property line, or in an area with multiple addresses nearby, making it difficult to determine the single "correct" address without additional context. In our testing, this is where commercial APIs often excel, providing multiple potential address matches with confidence scores.

FAQ Section: Your Questions About Coordinates Answered

What are the exact coordinates for 210 Wall St, Seattle, WA 98121?

The approximate geographic coordinates for 210 Wall St, Seattle, WA 98121 are Latitude: 47.616618 and Longitude: -122.348639. These decimal degree values are widely used in digital mapping and GPS systems. — Millington TN Homes For Sale: Find Your Dream Home

How do I convert street addresses to coordinates for free?

You can easily convert street addresses to coordinates for free using popular online mapping tools like Google Maps or Bing Maps. Simply search for the address, then right-click on the map pin or look in the URL/share options to find the latitude and longitude. Many dedicated address-to-coordinate converter websites also offer this service for free.

Why are latitude and longitude important?

Latitude and longitude are crucial because they provide a universally understood, precise, and unambiguous way to specify any location on Earth. They are fundamental for navigation, logistics, urban planning, emergency services dispatch, scientific research, and global communication, enabling technology like GPS to function effectively.

What's the difference between Decimal Degrees (DD) and Degrees, Minutes, Seconds (DMS)?

Decimal Degrees (DD) express latitude and longitude as a single decimal number (e.g., 47.616618°). Degrees, Minutes, Seconds (DMS) express them in a more traditional format using degrees, minutes, and seconds (e.g., 47° 36' 59.8" N). DD is commonly used in digital systems for ease of calculation, while DMS is historical and often found on nautical charts.

Can I find the coordinates for multiple addresses at once?

Yes, for multiple addresses, you can use batch geocoding services. These services allow you to upload a spreadsheet (CSV file) with a list of addresses, and they will process them, returning a new file with the corresponding latitude and longitude coordinates added. Many geocoding APIs also offer batch processing capabilities for developers.

Is the accuracy of coordinates always perfect?

No, the accuracy of coordinates isn't always perfect. Factors like address variations, data source quality, the underlying geocoding algorithm, and the specific level of precision offered by the service (e.g., rooftop vs. street level) can affect the exactness of the coordinates. For well-defined addresses in urban areas like 210 Wall St, Seattle, WA 98121, accuracy is generally very high, often at the rooftop level.

What is geocoding and how does it relate to finding coordinates?

Geocoding is the process of converting a human-readable address or location description into geographic coordinates (latitude and longitude). It's the core technology that powers all the tools and methods used to find coordinates from an address. When you search for "210 Wall St, Seattle, WA 98121 coordinates," you are essentially performing a geocoding operation.

Conclusion: Pinpointing the World with Precision

Finding the geographic coordinates for an address like 210 Wall St, Seattle, WA 98121 is a fundamental skill in today's spatially aware world. From understanding the basics of latitude and longitude to leveraging powerful online mapping tools and advanced geocoding APIs, the methods available are diverse and accessible. We've explored how a simple address can be translated into the universal language of location: Latitude 47.616618, Longitude -122.348639.

This precision is not just an academic exercise; it drives efficiency in logistics, informs crucial urban planning decisions, empowers scientific discovery, and enhances our everyday navigation. While accuracy considerations and data variations exist, the tools and standards in place ensure that for most common addresses, you can reliably pinpoint their exact spot on Earth. Take the next step to integrate this powerful location intelligence into your personal or professional projects, enhancing your understanding and interaction with the physical world.

Ready to explore more locations? Use the methods outlined above to instantly find the coordinates for any address you need, unlocking a new level of geospatial understanding. Dive in and make location data work for you!

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References:

${1}$ U.S. Geological Survey. "What are geographic coordinates?" https://www.usgs.gov/faqs/what-are-geographic-coordinates ${2}$ Google Maps Platform Documentation. "Geocoding API Overview." https://developers.google.com/maps/documentation/geocoding/overview ${3}$ National Oceanic and Atmospheric Administration (NOAA). "What are latitude and longitude?" https://oceanservice.noaa.gov/facts/latlong.html