To determine how many bags of concrete you need to fill a five-gallon bucket, first calculate the volume of the bucket. A five-gallon bucket holds about 0.67 cubic feet. If you're using a standard 60-pound bag of concrete, which typically yields about 0.45 cubic feet, you would need approximately 1.5 bags to fill the bucket. Always check the specific yield of the concrete mix you are using for the most accurate calculation.
mabey 2,000,000
10 80# bags will fill about 6 cubic feet, so 375 bags should fill 225 cubic feet (30 x 30 x 0.25).ANS 2 -At least in my area, it would be much cheaper ordering this to be delivered by a concrete truck.An 80 lb. bag of concrete is 2/3 of a cubic ft. of concrete. 3 bags is 2 cu. ft. So for 225 cu.ft. youll need 338 bags of concrete.
50lb bags 3.7 60lb bags 3.1 80lb bags 2.3 90lb bags 2.1 These amounts are for using the redi-mix bags.
To determine how many Morgan silver dollars can fill a five-gallon bucket, we first need to calculate the volume of a single Morgan silver dollar. The diameter of a Morgan silver dollar is approximately 38.1 mm, with a thickness of around 2.4 mm. Using these measurements, we can calculate the volume of a single coin. Once we have the volume of a single coin, we can then calculate how many of these coins would fit into a five-gallon bucket, which has a volume of 18,927 cubic centimeters.
To fill a 10-inch diameter sonotube that is 4 feet deep, you'll need to calculate the volume of the tube. The formula for the volume of a cylinder is V = πr²h. The radius is 5 inches (0.417 feet), so the volume is approximately 0.544 cubic feet. A typical bag of concrete (60 lbs) yields about 0.45 cubic feet, meaning you'll need about 1.2 bags of concrete to fill the sonotube completely. Therefore, you should plan on purchasing 2 bags to ensure you have enough material.
To determine how many 80-pound bags of concrete are needed to fill a 55-gallon drum, first calculate the volume of the drum. A 55-gallon drum holds about 7.4 cubic feet (since 1 gallon is approximately 0.133 cubic feet). An 80-pound bag of concrete typically yields about 0.6 cubic feet. Therefore, you would need approximately 12 to 13 bags of concrete to fill the drum.
Fill the 1 gallon bucket and ignore the other.
you fill the 3 gallon bucket into the 5 gallon bucket twice 2 *3 6 gallons but the 5 gallon will only overflow once it hits 5 gallons. You get the 1 gallon half in the 3 gallon bucket and dump the water out of the 5 gallon bucket. You pour the 1 gallon left from the 3 gallon bucket into the 5 gallon bucket and then refill the 3 gallon bucket and put the 3 gallons in making 4 gallons.
To fill a 30-gallon drum with concrete, you would need approximately 12 bags of 80-pound concrete. This is based on the fact that one 80-pound bag of concrete yields about 0.6 cubic feet, and a 30-gallon drum holds about 4 cubic feet. Therefore, dividing 4 cubic feet by 0.6 cubic feet per bag gives you roughly 6.67 bags, but accounting for the weight and settling, it's safer to estimate around 12 bags.
Fill the 4 gal bucket and empty it into the 7 gal bucket. Fill the 4 gal bucket and then fill the 7 gal bucket from the 4 gal. This leaves 1 Gallon in the 4 gallon bucket. Empty the 7 gallon bucket and pour the gallon from the 4 gal lbucket into it. Fill the 4 gal bucket and pour it into the 7 gal bucket. You then have 5 gallons in the 7 gallon bucket.
To calculate the volume of concrete needed to fill a 55-gallon drum, you first need to know the dimensions of the drum. Once you have the dimensions, you can use the formula for the volume of a cylinder (V = πr^2h) to calculate the volume of concrete required. Remember to convert the volume from gallons to cubic inches or feet for accurate results.
First, fill up the 5 gallon bucket. Then, pour the contents in the 5 gallon bucket into the 3 gallon bucket. This leaves 2 gallons left in the 5 gallon bucket. Pour the 2 gallons into the 3rd container. Now, fill the 5 gallon bucket again and pour the full 5 gallons into the 3rd container. This gives you 7 gallons.
Yes, you can measure exactly 5 gallons using the two buckets. First, fill the 7-gallon bucket completely. Then, pour water from the 7-gallon bucket into the 4-gallon bucket until the smaller bucket is full; this will leave you with 3 gallons in the 7-gallon bucket. Next, empty the 4-gallon bucket and pour the 3 gallons from the 7-gallon bucket into it. Finally, fill the 7-gallon bucket again and pour into the 4-gallon bucket until it is full, which will leave you with exactly 5 gallons in the 7-gallon bucket.
mabey 2,000,000
There are 8 pints in 1 gallon, so a 6-gallon bucket would require 48 pints of water to fill.
# Start with empty buckets, and carry them to the well. # (Note that the larger is the 7-gallon bucket, and the smaller is the 4-gallon bucket.) # Fill the 4-gallon bucket with water to the top. # Empty all the water from the 4-gallon bucket into the 7-gallon bucket. # (Note that there is room in the 7-gallon bucket for exactly 3 more gallons.) # Fill the 4-gallon bucket again. # Pour from the 4-gallon bucket into the 7-gallon bucket all the water that will fit, spilling none. # (Note that since there was room for only 3 more gallons in the 7-gallon bucket, you now have 1 gallon left in the 4-gallon bucket.) # Dump out all the water from the 7-gallon bucket. (Pour it back into the well or onto some flowers so it's not wasted.) # Pour the 1 gallon of water that remains in the 4-gallon bucket into the empty 7-gallon bucket. # Refill the 4-gallon bucket completely. # Pour all the 4 gallons from the 4-gallon bucket into the 7-gallon bucket. # (Note that since the 7-gallon bucket had 1 gallon already and you added 4 gallons, you now have 5 gallons of water in the 7-gallon bucket!) # Bring back your 7-gallon bucket that's holding exactly 5 gallons of water. (Bring your 4-gallon bucket back too, in case you want to play again!)
Send me 20,000,000 nickels and I'll put them in a 5 gallon bucket counting as I go and then I'll tell you.