Answer:
A sequence that has a contant addition/subtraction to get to the next term
for example:
-3, 0, 3, 6, ...
to get to the next term, we'll need to add 3 each time
Step-by-step explanation:
The largest GCF of both 64 and 40 would be 8
When you do 64/8 you get 8
When you do 40/8 you get 5
SO the final answer is 8:5
Hope this helps
There are 9 lines of symmetry and infinite rotational symmetries in first figure,4 lines of symmetry and no rotational symmetries in second figure,6 lines of symmetry and infinite rotational symmetries in third figure,1 line of symmetry and infinite rotational symmetries in fourth figure.
Given four figures.
We are required to find the number of lines of symmetry and rotational symmtries.
Symmetry lines are those lines which act as shape in such a way that both parts are like mirror image.
Rotational symmetry is the property that a shape has when it looks same after some turn.
- There are 9 lines of symmetry and infinite rotational symmetries in first figure.
- There are 4 lines of symmetry and no rotational symmetries in second figure.
- There are 6 lines of symmetry and infinite rotational symmetries in third figure.
- There is 1 line of symmetry and infinite rotational symmetries in fourth figure.
Hence there are 9 lines of symmetry and infinite rotational symmetries in first figure,4 lines of symmetry and no rotational symmetries in second figure,6 lines of symmetry and infinite rotational symmetries in third figure,1 line of symmetry and infinite rotational symmetries in fourth figure.
Learn more about symmetry lines at brainly.com/question/1553710
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Answer:
35 feet
Step-by-step explanation:
Answer:
The pattern rule is that we add by increasing odd integers.
Step-by-step explanation:
The first two numbers have a difference of 5. The next two have a difference of 7. The next two after that have a difference of 9.
5, 7 and 9 are increasing odd integers.
So, we know the next number would be 11 higher than the last.
