4?
this might be the answer but i’m not completely sure:) here’s what i used to *try* to solve it
this might be the answer but i’m not completely sure:) here’s what i used to *try* to solve it
Use the information below to find EF such that triangle ABC is congruent to triangle DEF
1 answer:
Check the picture below.
notice, the green numbers are the given ones, and the red ones are the implicit ones.
since we know both triangles are congruent, then all their sides as well as angles are congruent as well.
so if triangle ABC has sides of 24 and 36, so does triangle DEF, and if triangle DEF has a side of 48, so does triangle ABC.
notice, the green numbers are the given ones, and the red ones are the implicit ones.
since we know both triangles are congruent, then all their sides as well as angles are congruent as well.
so if triangle ABC has sides of 24 and 36, so does triangle DEF, and if triangle DEF has a side of 48, so does triangle ABC.
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First we need to find the heigh of the soda can be rearanging the volume formula, 
. We can make that 
We know that V is 36 and radius is half of the diameter, so radius is 2. 
h = 2.87
Now, we can use the height to figure out the volume of a cone. The volume of a cone is
R is 2 again and h is 2.87
12.56*.96 = 12.0576
So a cone with a volume of 12.0576 is the largest that will fit into the soda can
h = 2.87
Now, we can use the height to figure out the volume of a cone. The volume of a cone is
R is 2 again and h is 2.87
12.56*.96 = 12.0576
So a cone with a volume of 12.0576 is the largest that will fit into the soda can