QUESTION 22 Solve the problem. A graph has 5 vertices and 7 edges such that four vertices are of degree 3. Find the degree of the remaining vertex. 6 3 none of these. 4 2 QUESTION 23 Solve the problem. A graph has 5 vertices and 10 edges such that two vertices are of degree 3, a vertex is of degree 2, and a vertex is of degree 5. Find the degree of the remaining vertex. 06 07 none of these. QUESTION 24 Given the following time-complexity functions. 1₁ € O(n³) 1,0 (10n³) which algorithm is faster for large inputs? a. Algorithm one is faster. b. Algorithm two is faster. c. The two algorithms are equally fast. d. We can not tell from the information given.

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter5: Similar Triangles
Section5.2: Similar Polygons
Problem 11E: a Does the similarity relationship have a reflexive property for triangles and polygons in general?...
Question
QUESTION 22
Solve the problem.
A graph has 5 vertices and 7 edges such that four vertices are of degree 3.
Find the degree of the remaining vertex.
6
3
none of these.
4
2
QUESTION 23
Solve the problem.
A graph has 5 vertices and 10 edges such that two vertices are of degree 3, a vertex is of degree 2, and a vertex is of degree 5.
Find the degree of the remaining vertex.
06
07
none of these.
QUESTION 24
Given the following time-complexity functions.
1₁ € O(n³)
1,0 (10n³)
which algorithm is faster for large inputs?
a. Algorithm one is faster.
b. Algorithm two is faster.
c. The two algorithms are equally fast.
d. We can not tell from the information given.
Transcribed Image Text:QUESTION 22 Solve the problem. A graph has 5 vertices and 7 edges such that four vertices are of degree 3. Find the degree of the remaining vertex. 6 3 none of these. 4 2 QUESTION 23 Solve the problem. A graph has 5 vertices and 10 edges such that two vertices are of degree 3, a vertex is of degree 2, and a vertex is of degree 5. Find the degree of the remaining vertex. 06 07 none of these. QUESTION 24 Given the following time-complexity functions. 1₁ € O(n³) 1,0 (10n³) which algorithm is faster for large inputs? a. Algorithm one is faster. b. Algorithm two is faster. c. The two algorithms are equally fast. d. We can not tell from the information given.
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