3. in a nature conservatory, the ratio of butterflies to total number of flying insects is 36 to 100. there are 450 total flying insects.
(a) create a table for how many butterflies there are for 1, 50, and 100 flying insects. show your work.
(b) how many butterflies are in the conservatory? show your work.

@ethanhunt

(a) First of all, we reduce the given ratio 36:100 by dividing both entries in the ratio by their greatest common factor which is 4. This gives us, 9:25. For every 1 flying insect, there should be 9/25 butterfly (This somehow does not make any sense because we cannot associate a fraction to number of insects). For every 50 flying insects, there are 18 butterflies and for every 100 flying insects, there are 36 butterflies. 

(b) Multiply 450 by the ratio (9/25). The answer would be 162. 

The distance from point a to point c across the coordinate plane is aproxamatly 8.94 rounded to the nearest hundredth. you use a^2 + b^2 =c^2