6 yards x 1 yard = 18 feet x 3 feet.
So the bed will have a perimeter of 2*(18+3) = 42 feet.
Using 12-inch stones, this will require 42+4 = 46 stones.
[The +4 are for the four corners].
The inner layer has a perimeter of 2*(20+5) = 50 feet
Add the 4 corners and it will require 54 stones.
All together, than makes 46+54 = 100 stones, which @2.32 per stone, will cost 232 units of currency.
The answer depends on the thickness of the covering layer. That, in turn will depend on what the soil is for: lawn will require less depth than flower beds.
The number of cubes in one layer depends on the dimensions of the layer. For example, if the layer is a square with each side measuring 5 cubes, there would be 5 x 5 = 25 cubes in that layer. If the layer has different dimensions, simply multiply the length by the width to find the total number of cubes.
You can do this on adobe photoshop. I used CS5 because it is the easiest. First take a 2D picture and open it in photoshop. Then rename the layer to Layer ____, instead of Background. Now, duplicate the layer so there are two layers of the same image. Hide the first layer (the top layer) and click on the second. Click Edit>Transform>Perspective and pull the top left corner up just a little bit and press enter. Then view the first layer and do the same thing, except pull the top right corner up about the same distance. Now, using the mouse tool, drag the picture on the first layer to the right. Hide that layer and do the same with the second, except drag it left. Use the crop tool and only take the middle portion. Now, double click on the first layer, and uncheck the "R" and press enter. You should see an anaglyph image. Wear cyan and red 3D glasses and adjust the image accordingly. (for best results, keep the red on the right eye) RS
The fraction is(thickness of the thinnest layer)/(thickness of the thickest layer) After you write that fraction, you can simplify it if you feel like it.
here spp(slots per pole per phase)is a frictional no. it is a double layer winding while m=s/3p is non integer in a frictional slot winding.
To prevent grass from encroaching into your flower beds, you can create a barrier by installing edging materials such as plastic, metal, or stone. Regularly maintaining the edging by trimming the grass along the border can also help prevent it from spreading into the flower beds. Additionally, applying a layer of mulch or landscape fabric can further inhibit the growth of grass in the flower beds.
That would mean that your flower bed is 18 stones by three stones. Assuming that the stones go around all 4 sides that would mean 42 stones total (18*2+3*2). At $2.32 per stone that comes to $97.44 (42*2.32). You want a double layer of edging so the total cost would be $194.88 (97.44*2).$194.88 is the correct answer in math-test math, but in the real world, when I returned from Home Depot and edged my flower bed I would feel that math-test math had let me down. Observe the crudely constructed flower bed below: (I've had trouble with the flower bed keeping its shape when posted, so if it doesn't make sense, you'll have to visualize what I mean):..........................................................._|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|_|..|.........................................................|..||..|.........................................................|..||..|.........................................................|..||..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|..|To my mind, a 12" stone implies a 12"wide x 12" deep stone. Edging my flower bed with 84 stones (2(18*2+3*2)) would leave me with unsightly gaps at each corner. To edge the flower bed properly I would need 8 more stones. When I returned to Home Depot I would have to cough up another $18.56 for the corner stones, for a grand total of $213.44 + tax, not to mention the extra gas I used making a second trip.Of course if the problem had used 12" edging instead of 12" stone there would be no misunderstanding. "Edging" implies an irrelevant depth, while "stone" does not, even when said stone is being used as edging.Yes I quibble, and I do get the mathematical intent of the problem. But for those of us handicapped by a tendency to visualize the color of biker A's helmet before we take in that he's traveling 10 mph with a 3 hour head start over biker B, implicit details are important!\Ö/
No, it is not a flower. It is a layer of ozone molecules.
To effectively install rock edging around your house for a visually appealing and durable landscaping solution, follow these steps: Plan the layout: Determine the desired shape and size of the rock edging, considering the overall design of your landscaping. Prepare the area: Clear the area of any debris, weeds, or existing edging materials. Dig a trench along the edge where the rocks will be placed. Choose the rocks: Select rocks that are uniform in size and shape for a cohesive look. Consider using natural stones or concrete rocks for durability. Install the rocks: Place the rocks in the trench, ensuring they are level and tightly packed together. Backfill any gaps with soil to secure the rocks in place. Finish the edging: Add a layer of mulch or gravel along the edge of the rocks to enhance the visual appeal and provide a clean finish. Maintain the edging: Regularly check and adjust the rocks as needed to maintain the appearance and stability of the edging. By following these steps, you can create a visually appealing and durable rock edging around your house for a beautiful landscaping solution.
i think is forestfloor
yes they do:)!
difference between single layer and double winding
Ah, the Passion flower butterfly is a delicate creature that flutters around in the understory layer of the rainforest. This layer is like a magical garden filled with dappled sunlight and vibrant plants, providing the perfect home for these beautiful butterflies to dance and play. Just imagine the gentle rustle of leaves and the soft hum of insects as they go about their day in this peaceful paradise.
yes
Another name for flower petals is "corolla." The corolla is the innermost layer of the flower that typically consists of colorful and fragrant petals.
The organelle covered by a double layer of plasma membranes is the mitochondria.
The protective layer around the lungs is called the pleura. It is a thin, double-layered membrane that surrounds the lungs and helps to reduce friction between the lungs and the chest cavity as they expand and contract during breathing.