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mr_godi [17]
3 years ago
8

The Run is the ___ Change between two points on a line

Mathematics
2 answers:
Vsevolod [243]3 years ago
6 0

The run is the <u>horizontal</u> change between two points along a line.

ELEN [110]3 years ago
4 0

Answer:

The run is a HORIZONTAL change between two point son a line.

Step-by-step explanation:

This is because when your slope is a fraction, run is over rise, and run is when you go upwards to be able to plot a point. Therefore, the run is horizontal.

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Please solve this 4 the grade algebra problem? A group of students calculated their average score at a spelling bee. They realiz
In-s [12.5K]
Let x = original average score
let y = be the number of students

We need to write two equation using the information given in the scenario in order to work them simultaneously and obtain the results.

let \frac{yx  +   9}{y}  =  81 .... (1)
     so x is the original average, so we multiply that average by the amount of     students [y × x] in order to obtain their cumulative score then you add the       nine to that score (because a student got 9 more points) [yx + 9]. Then you    divide that sum by the amount of student in  order to get the new average      which the question says would be 81

\frac{yx  -  3}{y}  =  78 ...... (2)
   so x is the original average, so we multiply that average by the amount of     students [y × x] in order to obtain their cumulative score then you subtract       three from that score since one student got three less points [yx - 3].  Then     you divide by the number of students (y) and you should 78 like the                 question says.

\frac{yx + 9}{y} = 81 .... (1)
\frac{yx - 3}{y} = 78 ...... (2)

Now simplify each equation by separating the LHS
\frac{yx}{y}  +   \frac{9}{y}  = 81..... (1a)
\frac{yx}{y} - \frac{3}{y} = 78...... (2a)

By subtracting eq (2a) from eq (1a) in order to eliminate x
\frac{yx}{y} - \frac{yx}{y} + \frac{9}{y} - (- \frac{3}{y}) = 81 - 78

\frac{12}{y} = 3

\frac{12}{3} = y

⇒ y  =  4

Since y = the number of students
then  the number of students = 4




6 0
3 years ago
A translator earns $9.50 for each page that she translates. If she works 6.5 hours and translates 16 pages each day on average,
Ludmilka [50]

First find how much she makes per day for the 16 pages. Then divide it by the amount of hours she works to find her hourly average. So I guess you can use all these proportions.

8 0
3 years ago
Read 2 more answers
Kevin and Randy Muise have a jar containing 63 coins, all of which are either quarters or nickels. The total value of the coins
nikdorinn [45]
Let’s start this off by assigning some variables. Let’s have q stand for the amount of quarters while n stands for the amount of nickels.

To start this problem, you need to utilize a system of equations. First, we know that there’s a certain number of quarters and a certain number of nickels and together there’s 63 quarters and nickels.

q + n = 63

We also know that there’s $13.15 in the jar. Since we know the value of the quarters and nickels, we can turn this into another equation.

.25q + .05n = 13.15

And there’s are two equations. Next, we have to solve for one of the variables. Either one works, but I’m going to be using q. I’m going to take the first equation since it’s easier to work with and isolate the q on one side by subtracting n from both sides.

q = 63 - n

Using that new definition for the q variable, we can substitute that into the second equation by replacing q there.

0.25(63 - n) + .05n = 13.15

Now we just need to simplify and solve for n. First we multiply both of the terms inside of the parenthesis by the .25 coefficient

15.75 - .25n + .05n = 13.15

Combine like terms

15.75 - .2n = 13.15

Add .2n to both sides to make the coefficient positive

15.75 = 13.15 + .2n

Subtract 13.15 from both sides to isolate the variable

2.60 = .2n

And finally divide both sides by .2 to solve for n.

13 = n

Now we have the amount of nickels that are in the jar. To solve for the amount of quarters is simple: Put the n value into the first equation and solve for q.

13 + q = 63

And then subtract 13 from both sides for the only step in solving for q.

q = 50.

Leaving us with a solution of 50 quarters and 13 nickels. Both of these variables can be inserted into the second equation to double check the work, but it comes out as even on both sides proving that this is the correct answer.

Hope this helped!
4 0
3 years ago
How do you do Mixed Numbers On Number Lines?
svlad2 [7]
Write the fraction and add the whole numbers
7 0
3 years ago
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A rectangular, above ground swimming pool is 18 feet long, 9 feet wide, and 54 inches deep. One cubic foot of water weighs about
dybincka [34]
What is the total weight of the water in the pool when it is completely filled?

V = L * W * D
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3 0
3 years ago
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