depends how deep it will be ask again and will answer
You will need about 8 trucks of lime rock.
(3 x 2 x depth of the hole in feet) cubic feet
The answer depends on the units that should have been given for the 2 deep: 2 inches, 2 feet, 2 miles - who knows?
144
The rock is 6 and a half foot
You will need about 8 trucks of lime rock.
Im going to go with yes. Even though driveway is a variable in the equation Driveway-Car space=Rock space and Driveway is not a constant variable. So once you define the parameters for driveway we can figure out the answer
River rock should not be used for paving a driveway. Due to its smooth surface it is not stable enough, it will shift which makes it a poor choice for a driveway.
The price of crushed limestone varies from season-to-season and depending on the grade. What you ought to do is click on the link that is attached and see what the Meshberger Brothers are asking for the grade you need.
The number of feet long is irrelevant; the general rule is 1-2 lbs of live rock per gallon of water.
Volume = (84) x (1/6) = 14 cubic feet = 0.52 cubic yard
Rock salt mixed with course sand.
100 cubic feet for every foot of depth.
It is recommended to use about 50 pounds of rock salt per 1,000 square feet for deicing purposes. Therefore, for a 200x300 parking lot (60,000 square feet), you would need approximately 3,000 pounds (1.5 tons) of rock salt to effectively deice the entire area.
To determine how much area 5 cubic feet (cf) of rock would cover, you need to know the depth of the rock layer you want to create. For example, if you spread the rock to a 1-inch depth, it would cover approximately 60 square feet (since 5 cf equals 60 cubic inches). If the depth is different, you can adjust the area accordingly by using the formula: Area = Volume / Depth.
how much 1" rock will I need to fill in a hole 20' long, 2' wide' and about 2' deep
You need high friction on your climbing shoes when making contact with the rock surface, especially on small holds or slippery surfaces. High friction helps you to maintain grip and stability while ascending the rock face.