A butterfly flew 743 cm 743 cm743, start text, space, c, m, end text and landed on a rose. Then the butterfly flew another 567 c
2 answers:
Answer:
The butterfly travel 13.10 meters.
Step-by-step explanation:
This question is incomplete so what to find is missing. Below is the complete question.
A butterfly flew 743 cm 743 cm743, start text, space, c, m, end text and landed on a rose. Then the butterfly flew another 567 cm 567 cm567, start text, space, c, m, end text to go to a daisy.How many meters did the butterfly travel?
Given:
A butterfly flew 743 cm and landed on a rose. Then the butterfly flew another 567 cm to go to a daisy.
Now, to find the meters butterfly travel.
So, butterfly travel 743 cm and then flew another 567 cm.
Thus we add both the length to get the total distance of the butterfly travel:
<em>Now, converting the distance from cm to meters:</em>
1 meter = 100 cm.
So, we divide 1310 cm by 100 to get the distance in meters:
Therefore, the butterfly travel 13.10 meters.
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Answer:
x-2
Step-by-step explanation
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This question is incomplete because it lacks the picture of the appropriate diagram.
Find attached the diagram of the 3D shape.
Answer:
Edges: 6
Faces: 7
Vertices : 6
Step-by-step explanation:
3 Dimensonal (3D) shapes are shaped such that have faces, edges and vertices. From the numbers of faces, edges and vertices a 3D image has, you can tell or determine the type of solid shape it is.
Face: A face is the flat surface of a solid figure. Faces of 3D shapes comes in various forms such as triangles, rectangles, and pentagons.
Edge: An edge is defined as the straight line where two faces are connected to each other.
Vertices or a vertex: This can be defined as the point where edges connect or meet.
The 3D image in the question has :
6 Edges, 7 faces and 6 Vertices
Differentiate the given solution:
Substitute and
into the ODE:
and it's easy to see the left side indeed reduces to 0.