45000 marbles would fill a bath tub.
hope this helped
Well, if 13 marbles represent 1 marble in the jar, then it's safe to assume there are 13 marbles in the jar. Simple math, my friend. So, if you're looking to start a game of marbles, looks like you've got a baker's dozen worth of fun waiting for you in that jar.
about 10
One if you fill it 100 times or 100 individual full graduated cylinders.
A standard bathtub can hold an average of 40-60 gallons of water, which is equivalent to about 160-240 cups of water.
It depends how big it is and how deep you fill it.A:Get a bucket that you know the size of (normal buckets hold up to 4.5 gallons (18 liters)). Next time you fill the bath, fill it bucket by bucket. Then you will know how much water you have used. You can measure the shower in a slightly different way. Count how many seconds it takes to fill the bucket. Then time your normal shower. If it takes 60 seconds to fill a 5 gallon bucket and you take a 4 minute shower, you will use 20 gallons of water for your shower. That's a lot of water!A:According to the BBC Website, a bath can hold 80 litres of water. A:How many gal tub is it!Or what size in inches is it,Length 3-1/2' ?wide 2' ?water depth 1' ?If so then some where < then 50 US galA:Apparently, when comparing a bath to a shower, a bath is much more wasteful. To try it out, plug the drain and run the bathwater for 10 minutes (enjoy the bath). Next time you have a shower plug the tub and see how much is in the bottom after 10 minutes. A:The dimensions of a standard size bathtub are approximately: two feet wide, four and one-half feet long, and one foot deep. Simply multiply as follows to find the tub's volume in cubic feet: 2 x 4.5 x 1 = 9 cubic feet.Now one (1) cubic foot of space will hold 7.48051945 gallons of any liquid, so to find the tub's volume in gallons, one must simply multiply this decimal by its volume in cubic feet.The answer is as follows:9 x 7.48051945 = 67.3 (rounded to the nearest tenth)Therefore, a bathtub with the dimensions described above will hold about sixty-seven gallons of water when completely full.A:35 to 40 gallons for typical tub A:The average bathtub will hold 40 to 60 gallons when completely filled. A:Depends on how big the bathtub is but average bathtub size is about 80 liters A:Typically data on water conservation use a bathtub volume of 25 to 340 gallons for comparison with showers. Larger jetted tubs (whirlpools, jacuzzis, etc.) exist but these would be special cases.
Depends on the bathtub.
Too many. It depends on the volume of the pool.
905,141,370
The number of buckets needed to fill a bathtub depends on the size of both the bathtub and the buckets. A standard bathtub holds about 40 to 80 gallons of water, while a typical bucket holds about 5 gallons. Therefore, you would need approximately 8 to 16 buckets to fill the bathtub, depending on its capacity.
It varies; depending on the size of the marbles
36.74 (assuming average size sheep and bathtub)
That depends on the size of bathtub you have.
The number of buckets needed to fill a bath depends on the size of the bathtub and the volume of the buckets used. A standard bathtub typically holds about 40 to 50 gallons of water, while a common bucket holds around 5 gallons. Therefore, you would need approximately 8 to 10 buckets to fill a standard bathtub completely.
398.6 Imperial gallons.
The number of baked beans needed to fill a bathtub depends on the size of the tub and the volume of the beans. A standard bathtub holds about 80-100 gallons of water, which is approximately 300-400 liters. If a can of baked beans contains around 400 grams (about 0.4 liters), it would take several hundred cans to fill the tub. Therefore, it could take roughly 750 to 1,000 cans of baked beans to fill a typical bathtub.
17,000
Filling a bathtub with Jello would require an enormous amount of gelatin. A standard bathtub holds about 80 gallons of water, which is approximately 304 liters. Since one package of Jello typically makes about 4 cups (or 1 liter) of prepared Jello, you would need roughly 304 packages to fill a bathtub. However, this is a theoretical estimate and actual results may vary based on the specific size and shape of the bathtub.