···
Log in / Register

how much is a 1901 us silver dollar worth

1Answers
WillowFitz
12/01/2025, 03:11:17 AM

Ah, the 1901 Morgan Silver Dollar! You're asking a question with more layers than a prize-winning onion. The short answer is: it's worth more than a dollar. The long answer depends entirely on whether your coin looks like it was used for a round of street hockey or was sealed in a time capsule the moment it was born.

While the provided search results were about as helpful as a screen door on a submarine, offering only website logos and navigation menus, I can shed some light on this for you. The value of your 1901 silver dollar hinges on two key things: its condition (or "grade") and its mint mark. The mint mark is a tiny letter found on the back of the coin, just below the eagle's tail feathers. For 1901, you'll be looking for an "O" for New Orleans, an "S" for San Francisco, or no mint mark at all, which means it was struck in Philadelphia.

A common, well-circulated 1901 Morgan Dollar, regardless of the mint mark, will typically trade in the $35 to $55 range. This is a coin that has seen things, and its value is mostly tied to its silver content and its status as a classic collectible. However, this is where the fun begins. The 1901 Philadelphia issue is notoriously difficult to find in pristine, uncirculated condition. If you have a shiny, scratch-free example with no mint mark, its value can catapult into the hundreds or even thousands of dollars. The New Orleans and San Francisco versions also see their prices soar in higher grades, but the Philadelphia coin is the true chameleon of the year.

So, before you decide whether you're funding a fancy dinner or a new car, take a close look at your coin. For a truly accurate valuation, the best move is always to have it examined by a reputable coin dealer who can properly assess its grade.

Was this review help?
108
Share
More Q&A

Why might my TP-Link TL-SF1008P switch not be powering my PoE devices

If your TP-Link TL-SF1008P switch isn't powering your Power over Ethernet (PoE) devices, the total power demand of your connected devices might be exceeding the switch's power budget. The TL-SF1008P, like other PoE switches, has a maximum power capacity it can supply. When this limit is reached, the switch prioritizes power distribution, often based on port number. For instance, if ports 1, 2, and 4 are each using 15.4 watts, and a new PoE device needing 20 watts is connected to port 3, the switch may cut power to port 4 to ensure the other devices remain powered. To troubleshoot this: First, assess the power consumption of each connected PoE device to ensure it aligns with the switch's power capacity. Second, redistribute your PoE devices among the ports, if necessary, to balance the power load. Third, verify that each PoE device is functioning correctly and is not drawing excessive power. Fourth, check your network cables and the power supply to the switch. Managing power distribution and taking these steps will help you ensure your TP-Link TL-SF1008P switch powers your PoE devices effectively.
117
Share

What does it mean if the Link/Act LED is off when a device is connected to a TP-Link TL-SF1005D switch?

If the Link/Act LED on your TP-Link TL-SF1005D 10-100 Mbps Desktop Switch isn't illuminated when a device is connected, it suggests a potential network issue. Here's how to troubleshoot this: Inspect Cable Connections: Confirm that the Ethernet cable is securely plugged into both the TP-Link switch and the device. A loose connection is a common cause. Device Power and Operation: Verify that the connected device is powered on and functioning correctly. A device that is off or experiencing problems won't establish a network connection. Cable Length Check: Ensure the cable between the switch and the device is no longer than 100 meters (328 feet). Exceeding this limit can cause signal problems and disrupt connectivity. By carefully checking these aspects, you can often identify and resolve the issue when the Link/Act LED fails to light up on your TP-Link TL-SF1005D switch, restoring a reliable network connection.
111
Share

How do I power the PROSCEND 810G-5PI Industrial GbE PoE Switch and what is its voltage range?

Powering your PROSCEND 810G-5PI Industrial GbE Unmanaged PoE Switch is straightforward. You have two primary options for connecting a power source. First, you can use the 4-pin DC IN power connector. Alternatively, you can utilize the DC terminal block. For this, insert the positive and negative wires (AWG 14-26) into the V+ and V- contacts, respectively, and secure them with the wire-clamp screws. The PROSCEND 810G-5PI supports an input voltage range of 48~55 VDC. Always ensure your power supply operates within this range to prevent potential damage. For detailed instructions and visual aids, consult the PROSCEND 810G-5PI Installation Guide included with the product, or visit the PROSCEND website for further assistance.
102
Share

How do I configure the address for my POTTER TRM-4 Twin Relay Module?

Setting the address for your POTTER TRM-4 Twin Relay Module is essential for proper system operation. Here's a straightforward guide: Safety First: Before you begin, always disconnect power to the addressable module. Also, confirm your field wiring on the module is properly installed, ensuring there are no open or short circuits. Address Assignment: Remember, every addressable device, like smoke detectors, heat detectors, and the TRM-4, needs a unique address before connecting to the SLC loop. You'll use the handheld device programmer for this. Verification Check: Double-check that the addressable module's power is off and your field wiring is correctly and safely installed before connecting it to your system. Programming Steps: Utilize the handheld device programmer to set the specific address for your POTTER TRM-4 module. This is critical for communication within your fire alarm system. For more detailed instructions, please consult the POTTER TRM-4 installation manual. This will provide you with additional insights to ensure your fire system is set up correctly.
118
Share

Witbox Not Connecting to Hub Cloud Troubleshooting Guide

If your Witbox isn't connecting to the Hub Cloud, don't worry! Here's a troubleshooting guide to get you back on track: Check Your Internet Connection: Ensure your Witbox has a working internet connection. The easiest way to verify this is to connect another device, like a laptop, to the same network port as your Witbox and see if it can access the internet. Verify Network Settings: Confirm your network is set up for DHCP (Dynamic Host Configuration Protocol). This means your Witbox automatically receives an IP address from your router. Check the Witbox's network settings to confirm it's configured to obtain an IP address automatically. Inspect the Network Cable: Make sure the network cable connecting your Witbox to the network switch is securely plugged in and isn't damaged. Try using a different network cable to rule out any cable-related issues. Restart Your Witbox: Sometimes, a simple restart can resolve connectivity problems. Power off your Witbox, wait a few seconds, and then power it back on. Check if it connects to the Hub Cloud after the restart. Contact Witbe Support: If you've tried all the above steps and are still experiencing connection issues, reach out to Witbe support for further assistance. They can provide more specific troubleshooting steps and help diagnose any configuration problems with your Witbox.
116
Share

How do I configure the address for my Honeywell MI-D240CMOE Single Relay Module?

To configure the address for your Honeywell MI-D240CMOE Single Relay Module, please follow these straightforward steps, referencing your installation manual for visual aids: Locate the Address Switches : Identify the rotary decade address switches located on the front of the MI-D240CMOE module. These switches are typically small wheels that you can rotate. Set the Address : Using a small screwdriver, carefully rotate the wheels of the rotary switches. Each wheel represents a digit in the module's address. Adjust these wheels to select the desired address for the module. Refer to figure 3 in your installation manual for the exact location and a visual guide. Address Range : Keep in mind that the range of available addresses depends on the capabilities of your control panel. Check your control panel's documentation to determine the valid address range you can select for the Honeywell MI-D240CMOE module. Ensuring that the selected address falls within this range is essential for proper communication and functionality.
105
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.