3 years ago

What side of the image corresponds to BC ? http://prntscr.com/kvxwsm

Mathematics

1 answer:

coldgirl [10]3 years ago

8 0

I’m pretty sure the answer is xy

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Does the graph above have an Hamiltonian circuit, Hamiltonian path, or neither? Paths and Circuits Help

Hatshy [7]

a. Only a Hamiltonian path

One such path is

1 → 2 → 0 → 4 → 3

which satisfies the requirement that each vertex is visited exactly once.

There is no Hamiltonian circuit, however, since it is impossible for any Hamiltonian path on this graph to visit vertex 0 exactly once.

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2 years ago

How to solve: (looking for b)<br>y =mx+b

mamaluj [8]

Subtracting mx from both sides, we get y-mx=b

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3 years ago

4 1/3 u^5v^3·(3 1/4 u^3v^2−v^2+u)

QveST [7]

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4 years ago

Write each fraction as an expression with negative exponents.

Artemon [7]

The answer is w⁻²/v⁻².

v/w raised to the second power is (v/w)²

(v/w)² = v²/w²

Since xᵃ = 1/x⁻ᵃ, then v²/w² = 1/v⁻²w²

Since 1/xᵃ = x⁻ᵃ, then 1/v⁻²w² = w⁻²/v⁻²

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3 years ago

Joe works for a charity. Each year the charity gives money to different projects. The charity has a total of eight thousand nine

baherus [9]

Answer:

$Each =\pounds 1121$

Step-by-step explanation:

See comment for complete question.

Given

$Total = \pounds 8968$

$Projects = 8$

Required

Determine the amount allotted to each

From the question, we understand that each project gets each allocation.

So, the amount of each is:

$Each =\frac{Total}{Projects}$

$Each =\frac{\pounds 8968}{8}$

$Each =\pounds 1121$

<em>Each project gets £1121</em>

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3 years ago