1. Recall the three modes of transportation in the 3D world: v1 = 1-u,-13 ,v,- 6 Is there anywhere in the 3D world that Gauss co
uld hide from you? If so, name a location and say why you know he could hide there. If there is nowhere he can hide, why not? (If you answered he could hide in part a): how could you change the modes of transportation so that he could not hide from you? Give an example a. b. Suppose v13937 6 a. For w v, in span(v, v^)? How do you know b. For what valuels) of h is [vi, v^. va linearly dependent? How do you know hat value(s) of h is True or False: If [x. y) is linearly independent but [x. y.z) is linearly dependent, then z is in spanx, y If true, explain why. If false, provide a counterexample.
1 answer:
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Answer:
m = 2
Step-by-step explanation:
Given:
x = 4
y = 6m - 2
a = 8
b = 5
Required:
Value of m
SOLUTION:
x and y are segments of a chord divided when it intersects another chord that also has segments a and b.
According to the Intersecting chords theorem,
Thus:
Solve for m
The value of m = 2
Answer:
Part 1:
Yes, the side lengths form a right triangle.
Part 2:
Option d 37.1 cm
Explanation:
We need to use the pythagorean theorem.
In part 1, if the 3 side lengths are a right triangle, then, they must verify:
By the theorem. Then:
They're equal, then the lengths correspond to a right triangle.
For part 2, we need to use again the theorem. In this case: