5000
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I doubt it. And here are my numbers, not just an answer that cannot be easily verified.
The volume of a quarter is 3236 mm3 approx.
5 US gallons = 22,044,419 mm3
Therefore a full bucket would hold approx 22044419/3236 = 6813 quarters
They would be worth 6813/4 = 1703 dollars.
The true value is likely to be significantly less because of gaps between the coins.
10,000 dollars
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.
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.
A wishing pot full of quarters can vary greatly in value depending on its size and the number of quarters it holds. If we assume the pot contains about 1,000 quarters, that would amount to $250. However, the total could be more or less depending on how many quarters are actually in the pot.
bucketsful
To calculate the number of quarters in a 5-gallon bucket, we first need to determine the volume of a quarter. A quarter has a diameter of 0.955 inches and a thickness of 0.069 inches, giving it a volume of approximately 0.102 cubic inches. A 5-gallon bucket can hold up to 1155 cubic inches of quarters (5 gallons = 1155 cubic inches). Therefore, dividing the total volume of the bucket by the volume of a quarter (1155 cubic inches / 0.102 cubic inches) gives us approximately 11,323 quarters that can fit in a full 5-gallon bucket.
10,000 dollars
Oh, dude, you're asking the real hard-hitting questions now! So, a five-gallon bucket can hold around $12,000 in quarters. But hey, who's really counting when you've got a bucket full of jingly goodness, am I right? Just make sure to hit up the bank before you try to cash in on that sweet, sweet coinage.
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.
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.
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.
The weight of a 5-gallon paint bucket can vary depending on the type of paint and materials used in the bucket. On average, a 5-gallon paint bucket can weigh between 40-60 pounds when full of paint.
Dont know
Approximately 50 pounds.
One quarter = 3.5 L Three quarters = 3*3.5 L = 10.5 L
Two pounds of U.S. quarters is $40 (four full rolls of quarters).
foolish!!!!!!!!!!!!!!!!!!1 at its brim we'll come to knw when d bucket is full stupid!!!!!!!!!!!!!!!!!!!! (Yes you are). Actually the correct answer is one inch below the brim. This was calculated by weight over several five gallon buckets.