6ft long and what about width and height? gallons= L x W x H in inches and then divide by 231
In order to calculate the quantity of water a container holds, one needs to multiply the length by the height and by the depth. Please give the height and depth so a calculation can be made.
This tank can hold up to 149.61 gallons of water.
water amount = 6 x 4 x 2 cubic feet = 48 cubic feet
It will hold 6*4*2 = 48 cubic feet.
water amount = 6 x 4 x 2 cubic feet = 48 cubic feet
2 ft x 6 ft is an area, not a volume.
None. A gallon is a measure of volume in 3-dimensional space. 2ft x 6 ft is a 2-dimensional measure and so cannot contain any volume.
24 cubic feet is 179.53 gallons.
It will hold 6*4*2 = 48 cubic feet.
Volume of the tub = (4ft x 6ft x 2ft) = 48 cubic feet = 359.06 gallons (rounded),whether or not there's anything in it.
A big assumption here is being made that the tank is a rectangular prism, rather than a cylinder. As such, the volume of the tank would be: 60 in x 19 in x 7 in = 7,980 cubic inches Given: 1 gal = 231 cubic inches So... 7,980 cu in = 34.55 gallons (approx.)
The impulse is equal to the constant force so the impulse is also quintupled. The resting change in momentum has increased the exact same as well.
first find the base of the triangle. you can do this by the base times height formula. if you don't have the height then use the pythagorean theory which is a squared+ b squared= c squared. now since i'm supposing you have the base, just times it by the height and divide the total by three and tahdah, there you go. hope this helped
acceleration is the change in speed. Its unit is in [m/s^2 or m/s/s]. If at time t1, the speed is s1, and s2 at time t2, then acceleration = (s2-s1)/(t2-t1). That said, be aware of direction change too. The formula before only works when the direction is constant, and you can speak of speed, instead of velocity. You can have acceleration even when the speed is constant. That happens when an object travels in a circle, for example. The acceleration is perpendicular to the velocity at each instance in time. Then acceleration, as a vector, is equal to dv/dt, where v is a vector which is time-varying (speed, on the other hand, is a scalar).
210
180 gallons
A tank this size holds up to 3,004(3,003.967872) gallons.
89.8 gallons for every foot of depth.
2300
Assuming it's cuboid: 2.5*1.5*2ft is 7.5ft3 which is 56.104 US gallons
4x4x2=32 cubic feet 7.48 gallons per cubic foot 7.48 x 32=239.3766234 gallons
Approximately 1077 US gallons. Multiply the three numbers to find the cubic feet. One cubic foot contains about 7.48 gallons. Multiply the number of cubic feet times 7.48 to get the approximate answer.
4-ft x 2-ft x 1-ft = 8 cubic feet = 59.84 gallons (rounded)
This pond can hold up to 1,436.26 gallons of water.
2ft 6in.=30inches
2ft = 60.96 cm