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They are simply two objects which are equal in measure. There is no special word or phrase for them. A circle with radius 2pi and a square with sides of 2pi will have the same perimeter. So they have one measure which is the same but nothing else - other than that they are plane figures. No special name.
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What is the measure of the attraction?
The force (equal on both objects) is measured in newtons.
What is 55 kg?
55 kg is a unit of mass equal to 55 kilograms. It is commonly used to measure the weight of objects and individuals.
2 objects that measure about 2-4 millimeters?
An ant.A one day beard stubble.
What is 2 km 90 m?
To convert 2 km 90 m to meters, we first convert 2 km to meters by multiplying 2 by 1000 (1 km = 1000 m), which equals 2000 m. Then, we add the 90 m to get a total of 2090 meters. Therefore, 2 km 90 m is equal to 2090 meters.
How do you figure out how many times as long is something?
You measure the length of two objects, then you divide the lengths.You measure the length of two objects, then you divide the lengths.You measure the length of two objects, then you divide the lengths.You measure the length of two objects, then you divide the lengths.
How do you find out if two points have equal elevation?
The best way to find out if 2 points have equal elevation is to measure them. You must measure each of these points.
Why do you measure objects?
To know the mass of objects
What are the parts of isosceles triangle?
A polygon that has 3 sides 2 of which are of equal length and 3 interior angles 2 of which are of equal measure.
How do you measure the space occupied by solid objects?
Volume of an object is a measure of the space occupied by objects.
Is an equal-arm balance used to measure mass?
in a gravity field it can find 2 equal masses
What does the 5 in 2.5 equal?
1/2 of whatever unit of measure it is
Does 18cc equal 2 grams?
No, 18cc does not equal 2 grams. Cubic centimeters (cc) measure volume, while grams measure mass. The conversion of volume to mass depends on the density of the substance.
