720 is an integer, not a fraction and there is no sensible way of expressing it as a fraction.
720 degrees can be expressed as a fraction by placing it over 1, resulting in ( \frac{720}{1} ). Additionally, if you're looking to simplify it in terms of a circle, 720 degrees is equivalent to 2 full circles, or ( \frac{720}{360} = 2 ).
720/1
720 is an integer, not a fraction. There is not really a sensible way of writing it as a fraction. However, if you must, you can use (720*k)/k where k is any non-zero integer as an equivalent fraction.
To determine how many 60-degree angles are in 720 degrees, you divide 720 by 60. This calculation yields 12, meaning there are 12 angles of 60 degrees in 720 degrees.
It is 720/1000. The fraction can be simplified but then loses its context in terms of the units of mass.
720 degrees can be expressed as a fraction by placing it over 1, resulting in ( \frac{720}{1} ). Additionally, if you're looking to simplify it in terms of a circle, 720 degrees is equivalent to 2 full circles, or ( \frac{720}{360} = 2 ).
2/1
The answer depends on the number whose fraction you are trying to find.
720/1
All the way around anything is a trip of 360 degrees. If you do it again, your total doubles to 720 degrees.
there is 720 degrees in a si sided figure
720 is an integer, not a fraction. There is not really a sensible way of writing it as a fraction. However, if you must, you can use (720*k)/k where k is any non-zero integer as an equivalent fraction.
720 in 1000 = 720/1000 = 18/25
A: 720 degrees. A: 720 degrees.
To determine how many 60-degree angles are in 720 degrees, you divide 720 by 60. This calculation yields 12, meaning there are 12 angles of 60 degrees in 720 degrees.
It is 720/1000. The fraction can be simplified but then loses its context in terms of the units of mass.
B. 720 degrees.