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2 years ago

Calculate the slope of the line between each pair of points (1,10) and (2,6)

Mathematics

2 answers:

jeka942 years ago

4 0

Answer:

-4

Step-by-step explanation:

We can use the slope formula

m = (y2-y1)/(x2-x1)

= (10-6) / (1-2)

= 4/-1

= -4

skelet666 [1.2K]2 years ago

3 0

Answer:

Remember those walls I built

Well, baby, they're tumbling down

And they didn't even put up a fight

They didn't even make a sound

I found a way to let you win

But I never really had a doubt

Standing in the light of your halo

I got my angel now

It's like I've been awakened

Every rule I had you breaking

It's the risk that I'm taking

I ain't never gonna shut you out

Everywhere I'm looking now

I'm surrounded by your embrace

Baby, I can see your halo

You know you're my saving grace

You're everything I need and more

It's written all over your face

Baby, I can feel your halo

Pray it won't fade away

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

Hit me like a ray of sun

Burning through my darkest night

You're the only one that I want

Think I'm addicted to your light

I swore I'd never fall again

But this don't even feel like falling

Gravity can't forget

To pull me back to the ground again

Feels like I've been awakened

Every rule I had you breaking

The risk that I'm taking

I'm never gonna shut you out

Everywhere I'm looking now

I'm surrounded by your embrace

Baby, I can see your halo

You know you're my saving grace

You're everything I need and more

It's written all over your face

Baby, I can feel your halo

Pray it won't fade away

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

Halo, halo

Ooh, ooh, ooh, ooh, ooh

Everywhere I'm looking now

I'm surrounded by your embrace

Baby, I can see your halo

You know you're my saving grace

You're everything I need and more

It's written all over your face

Baby, I can feel your halo

Pray it won't fade away

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

I can feel your halo (halo) halo

I can see your halo (halo) halo

Step-by-step explanation:

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Given the function f(x)= √x+7, find the value of x when f(x)=1

solniwko [45]

F(x) = 1, so we make the entire equation equal 1.

1 = sqrt(x) + 7

To make x by itself subtract 7 from both sides

-6 = sqrt(x)

Square both sides to remove sqrt from x.

36 = x

The value of x is 36

7 0

2 years ago

22 is 44% of what number?

Mazyrski [523]

So 44% is 44/100
set it to
22/x = 44/100
cross multiply
(22* 100)/40 = x
50 = x
so
22 is 44% of 50

Hope this helps :)

3 0

2 years ago

Geometry Question with Circles: If GP=PH, GA=17, mED=37, and mAB =87c find each measure.

Romashka [77]

The geometry illustrates that the value of DB is 34°

<h3>How to calculate the angles?</h3>

AB = 87°

ED = 37°

BCD will be:

= (360° - 87° - 32°)/2

= 118°

FA will be:

= 118°/2

= 59°

DC = 118/2 = 59°

HB = GA = 17°

DB = 2 × 17° = 34°

EG = GA = 17°

Learn more about geometry on:

brainly.com/question/24375372

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3 0

1 year ago

Which fraction is equivalent to 12.5%?

Vanyuwa [196]

Answer:

One eighth

Step-by-step explanation:

By multiplying each fraction by 100, you can get the percentage.

(1/8) x 100 = 12.5

(5/4) x 100 = 125

(16/25) x 100 = 64

4 0

2 years ago

Read 2 more answers

If a die is rolled 40 times, there are 640 different sequences possible. The following question asks how many of these sequences

RideAnS [48]

Answer:

0.1433

Step-by-step explanation:

<h3><u>All possibilities:</u></h3>

The total number of different sequences in 40 rolls of a die is $6^{40}$

<h3><u>Exactly five 1s in 40 rolls:</u></h3>

The 1s may occur at any 5 rolls among 40. The number of ways of exactly five 1s occuring is therefore, equivalent to number of ways of selecting 5 fruits from 40 distinct fruits which is ⁴⁰C₅ ways. These 5 rolls have a fixed outcome <u>1</u>. Other 35 rolls each have 5 possible outcomes : <u>2</u> or <u>3</u> or <u>4</u> or <u>5</u> or <u>6</u>. So, the number of possible sequences of outcomes on other 35 rolls of the die is $5^{35}$ .

⇒The total number of different sequences having exactly five 1s in 40 rolls of a die is (⁴⁰C₅)×( $5^{35}$ )

∴The fraction of the total number of sequences having exactly five 1s is $\frac{(⁴⁰C₅)×([tex]5^{35}$ )}{ $6^{40}$ }[/tex] ≈ <u>0.1433</u>

4 0

3 years ago