If it is a cuboid, its volume is 36 cubic units.
I published an e- book entitled "Philippine Units of Measurements". Page 2 of the book shows the literal meaning of each measuring unit while page 3 shows a list of my online references related to Philippine measuring units. Note: The estimated foreign unit equivalents are mere "estimates" and not 100% precise. They're merely based on my estimations. The list of links shown in page 3 may provide a more accurate/factual information. Visit the link below: http://www.scribd.com/doc/18048667/Philippine-Units-of-Measurements
In a ratio of measurements for the same kinds of units, units get canceled. For example, in a ratio of 3 meters / 8 meters, you can cancel the "meters" in the numerator and the denominator. An important ratio is pi, which is the ratio of the circumference of a circle to its diameter. If you measure the circumference in feet, and the diameter in feet, then divide circumference/diameter, then the result is the dimensionless quantity 3.14159265.... If you go back and measure both in meters, you get the same answer.In a ratio of two measurements, the units cancel, so it makes no difference whether you write the units, or not.
YES!!! For example;- A rectangle may have sides of 3 units and 5 uints. To find the area you multiply these two sides together. Hence Area = 3 units X 5 units = 15 sq. units(square units ) Note the use of the word 'square for area units. Theis method of description is used when measurements are in the Imperial System/ However when using the Metric system, , the units are described as 'Units^2'. Volume becomes 'cu.units' ( cubic units) ; Imperial and 'units^3' ( Metric)
To model 1.8 divided by 3, you can represent 1.8 as 18 units (since each whole number represents 10 units in this case). Then, you can divide the 18 units into 3 equal groups, each representing 1/3 of 1.8. This would result in each group having 6 units. Therefore, 1.8 divided by 3 equals 0.6 in this model.
If it is a cuboid, its volume is 36 cubic units.
capacity = volume = (any unit of length)3
Yes.
Both measurements could be correct if they were using different units of measurement. For example, Richard may have measured the chalk in inches while Tanya measured it in centimeters. This would account for the difference in their measurements.
The long piece of chalk might measure 8 units and 3 units if it is made up of two shorter pieces attached together. Each piece could be 4 units and 3 units long respectively.
It would depend on the units used for the measurements that are given. 3 by 3 by 13 whats? Millimetres, centimetres, inches?
I published an e- book entitled "Philippine Units of Measurements". Page 2 of the book shows the literal meaning of each measuring unit while page 3 shows a list of my online references related to Philippine measuring units. Note: The estimated foreign unit equivalents are mere "estimates" and not 100% precise. They're merely based on my estimations. The list of links shown in page 3 may provide a more accurate/factual information. Visit the link below: http://www.scribd.com/doc/18048667/Philippine-Units-of-Measurements
If the value of "3 X 4.3" given are measurements of the sides of a rectangle and are both in the same dimension of length, then the area is 12 square units of the length units specified for the given dimensions. Questions asking for area should always have a specification of the linear units in which the dimensions of the area are measured.
the measurements are 3 in.
Because all measurements are counts in terms of a units. For example, 3 minutes is less 2 hours even though 3 is not less than 2.
Because all measurements are counts in terms of a units. For example, 3 minutes is less 2 hours even though 3 is not less than 2.
In a ratio of measurements for the same kinds of units, units get canceled. For example, in a ratio of 3 meters / 8 meters, you can cancel the "meters" in the numerator and the denominator. An important ratio is pi, which is the ratio of the circumference of a circle to its diameter. If you measure the circumference in feet, and the diameter in feet, then divide circumference/diameter, then the result is the dimensionless quantity 3.14159265.... If you go back and measure both in meters, you get the same answer.In a ratio of two measurements, the units cancel, so it makes no difference whether you write the units, or not.