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https://i.ibb.co/vDgYkXm/lettuce-in-a-pot.jpg
For those of you who follow me, which, um, is no-one, you'll know I ditched the traditional veggie patch for growing stuff in pots and it's paying dividends.

The advantages of a pot or tub garden for me are:

.easier to keep tree roots at bay.
.snails/slugs need to climb which might make the plants less vulnerable? Doubt it.Snails etc are great climbers.
.more efficient watering.
.easier to change the garden about if need be i.e. just move a pot.

These lettuces are so fresh, pure and perfect.

https://iv.ggtyler.dev/watch?v=Dxu5CvbTbi8

From the video description:

In this video, we will be be discussing the RUGER LCP II CHAMBERED IN .380 AUTO. We will compare this model to other types of carry guns in similar category to help establish considerations for comfort while carrying.

The features will be detailed and we will discuss how these different features might have value to the owner.

A brief overview of range performance will be presented along with a summary of the carry experience with regards to holster selection and coverall comfort.

In closing, we will present overall impressions of the firearm as a carry option.

https://www.hi-pointfirearms.com/hi-point-handguns/9mm-YC9.php

Has a threaded barrel so you can yeet in private.

https://nitter.esmailelbob.xyz/thekeksociety/status/1784238825679790233

To create a super Wi-Fi signal receiver using copper plates, you'll need to follow a specific antenna design that utilizes copper plates effectively. One popular design is the Yagi-Uda antenna, also known as a Yagi antenna. Here's a step-by-step guide on how to build one:

Materials:
1. 12cm x 12cm sheet of copper, brass, or tinned metal plate.
2. BNC chassis connector.
3. BNC cable connector.
4. 35mm thick PE or styrofoam (can also be thicker).
5. Some 1.5mm2 single core wire.
6. Soldering iron and solder.
7. Drill and drill bits.
8. Screwdriver.
9. Wire cutter.
10. Ruler or measuring tape.
11. Electrical tape.
12. A Wi-Fi antenna to connect to the receiver.

Steps:

1. Prepare the Plate: Cut the 12cm x 12cm sheet of copper, brass, or tinned metal plate to the appropriate size if necessary.

2. Mark and Drill Holes: Measure the center of the plate by drawing lines from the corners and making a mark 20mm from the center. This is where you will attach the BNC chassis connector. Drill a hole at the marked point, ensuring it's the correct size for your BNC chassis connector.

3. Attach the BNC Chassis Connector: Insert the BNC chassis connector into the hole and secure it in place using small bolts.

4. Create the Reflector Element: Cut a 10cm length of the single core wire and bend it into a V shape with 7cm sides and a 6cm gap in the middle. Attach the reflector element to the copper plate, positioning it parallel to the long side of the plate and about 1cm from the edge. Secure it with electrical tape.

5. Create the Driven Element: Cut two 10cm lengths of single core wire and attach them to the BNC chassis connector, ensuring they are parallel to the reflector element and spaced 1.5cm apart.

6. Create the Director Elements: Cut four 9cm lengths of single core wire and attach them to the copper plate, positioning them parallel to the reflector element and spaced 2cm apart.

7. Connect the Wi-Fi Antenna: Attach the BNC cable connector to the driven element and connect the other end to your Wi-Fi antenna.

8. Mount the Antenna: Mount the antenna on a mast or stand, ensuring that the reflector element faces the direction of the Wi-Fi signal source.

9. Test the Signal: Use a Wi-Fi signal strength meter or a device such as a laptop or smartphone to test the signal strength of your new super Wi-Fi signal receiver. Adjust the antenna's position and direction as needed to maximize the signal strength.

Keep in mind that this design is based on a Yagi-Uda antenna, and the dimensions provided may need to be adjusted depending on the specific frequency of your Wi-Fi signal