The pair of points is on the graph of an inverse variation. Find the missing value (2,8) (x,3)

Answers

Answer 1
Answer: inverse variation
y=k/x
k=konstant
(x,y)
x=2
y=8
8=k/2
mult 2
16=k

(x,3)
3=16/x
mult both sides y x
3x=16
diivide 3
x=16/3
(16/3,3)

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What is the amount of sales tax charged on the repaired computer at Store A? pls help not B!

Answers

Answer:

72

explanation:

Just took the test

Answer:

A 72$

and a good day

How much does 3000 kg = to get tons

Answers

1 ton= 1000 kg
3000 kg= 3 ton
again
1000kg = 1ton
3000kg = 3 tons

David typed 210 words in 30 minutes. What is her rate of typing?

Answers

210 words ... 30 minutes
x words ... 1 minute

If you would like to know how many words can David type in 1 minute, you can calculate this using the following steps:

x * 30 = 210 * 1      /30
x = 210 / 30
x = 7 words

Result: David can type 7 words in 1 minute.

Trisha drew a pair of line segments starting from a vertex.Which of these statements best compares the pair of line segments with the vertex?

The line segments and the vertex have length as a dimension of measurement and there are three collinear points on each.

Line segments and the vertex have two endpoints each and the distance between the end points is their dimension.

Line segments have two endpoints and a vertex is a common endpoint where two line segments meet.

The line segments and the vertex have their lines extending in one direction only and the lengths of both are

Answers

The right answer for the question that is being asked and shown above is that: "Line segments have two endpoints and a vertex is a common endpoint where two line segments meet." The fact that they started from a single point, then by default these two line segments have the same one endpoint.

Answer:

Line segments have two endpoints and a vertex is a common endpoint where two line segments meet.

Step-by-step explanation:

As both line have the same vertex, imagine both lines generating an angle between them, since they have a common vertex, this will also be the same end point that both segments share between them, they will only have other different endpoint and the space between those endpoints and the vertex would be the length of the segment.

Is LNM =(~) OQP? If so, name the postulate that applies.

Answers

Answer:

The postulate that applied if $$\triangle L N M \cong \triangle O Q P$$ is an option (b) Congruent -ASA.

Step-by-step explanation:

What is Congruent -ASA?

By the Congruent -ASA rule, two angles in one triangle are congruent with two angles in a second triangle, and if the sides included in both triangles are also congruent, then the triangles are congruent.

Determine the postulate if  $$\triangle L N M \cong \triangle O Q P$$:

Given:

&\overline{\mathrm{LM}} \cong \overline{\mathrm{OP}} \n

&\overline{\mathrm{MN}} \cong \overline{\mathrm{PQ}} \n

&\angle \mathrm{M} \cong \angle \mathrm{P}

Here, the answer is obvious from the question,

\angle \mathrm{M} is LM and MN's Angle.

$\angle P$ is PQ and PO's Angle.

Hence, it is ASA.

So, if the angle $$\triangle L N M \cong \triangle O Q P$$, then the postulate that is applied is Congruent -ASA.

To learn more about Congruent -ASA here:

brainly.com/question/10349343

Yes; LNM ~ OQP because of the SAS~ postulate

Rita has deposited $1000 in a bank account. At the end of each year, the bank posts interest to her account in the amount of 5% of the balance, but then takes out a $10 annual fee.

Answers

$1,040 is how much you would have remaining at the end if that's what you are looking for.