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3 years ago

If u see a snake what do u do?

Mathematics

2 answers:

Illusion [34]3 years ago

8 0

run towards it and throw stuff at it

djyliett [7]3 years ago

4 0

Answer: A. run away from it

The African black mamba is the fastest moving land snake at 16-20 km/h. A person—regardless of how scared they are—could easily escape and outpace that snake with no problem. In reality, there's no need to run at all. The snake won't attack you unless you provoke it (i.e., don't do what option B, C, or D suggests), and snakes are probably more scared of us than we are of them. If I could add an option, I'd add: E. Leave it alone or keep still. If it moves towards you, slowly back off, and if it moves again, keep still, and then move slowly. The snake will eventually back off unless you do something to agitate it.

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What is the midpoint?

guapka [62]

from the formula given,

M= (x1+x2)/2

x1=10

x2=-6

(x1+x2)/2= (10+(-6))/2=(10-6)/2=4/2=2

you could also make x1=-6 and x2=10

(x1+x2)/2= (-6+10)/2=4/2=2

5 0

3 years ago

Read 2 more answers

Can I get some help please?

mamaluj [8]

Answer:

1) 68

/ \

4 17

2 2

68=2*2*17

2) 104

/ \

4 26

/\ /\

2 2 2 13

104=2*2*2*13

3) 78

2 39

3 13

78=2*3*13

4) 225

9 25

/\ /\

3 3 5 5

225=3*3*5*5

Second Part:

1) 45

3 15

3 5

45=3*3*5

2) 70

2 35

5 7

70=2*5*7

3) 54

9 6

/\ /\

3 3 2 3

54=3*3*2*3

4) 126

3 42

3 14

7 2

126=3*3*7*2

3 0

3 years ago

Pyramid AAA has a triangular base where each side measures 444 units and a volume of 363636 cubic units. Pyramid BBB has the sam

const2013 [10]

Answer:

Pyramid BBB's height is 12.77972623 and its volume = 818181.0001

Step-by-step explanation:

<u>Let's solve for the height of triangle AAA and then solve for the volume of BBB.</u>

We know that the formula to solve for the volume of a pyramid is:

V = 1/3(area of the base)(height)

Since both Pyramid AAA and BBB have triangular bases, we know that we must first find the area of the base, which for a triangle is:

1/2 (base)(height)

Let's begin with Pyramid AAA:

Since all three sides measure 444 units, we know the triangle has 3 equal sides, which means its equilateral. This means we know the base = 444 units.

To find the height, we divide the triangle in half and we are given a 30-60-90 special right triangle, and the height, which is the side opposite the 60° angle, is $\frac{\sqrt{3} }{2}$ times the hypotenuse. The hypotenuse is again, 444 units, so we multiply 444 times $\frac{\sqrt{3} }{2}$ to get 384.5152793, the height of the triangular base.

Now we can find the value of the base:

1/2 (384.5152793)(444) = 85362.392

Finally,

We find the height of the pyramid AAA:

1/3(85362.392)(h) = 363636

h = 363636/ (1/3)(85362.392)

h = 12.77972623

We finally found the height of Pyramid AAA, which is equal to the height of Pyramid BBB. Again, we find the height of the triangular base using the same process:

(1/2)666 · 666( $\frac{\sqrt{3} }{2}$ ) = 192065.382

Finally, we plug both the height and the area of the base to find the volume of Pyramid BBB:

1/3(192065.382)(12.77972623) = V

V = 818181.0001

3 0

2 years ago

You're flying from Joint Base Lewis-McChord (JBLM) to an undisclosed location 125 km south and 135 km east. Mt. Rainier is locat

Zanzabum

Answer:

5.12 minutes ≈ 5 minutes 7.2 seconds

Step-by-step explanation:

The flight path of the airplane is along the line ...

y = -125/135x = -25/27x

The perpendicular line through Mt. Rainier's location is ...

y = 27/25(x -56) -40

In standard form, these two equations are ...

25x +27y = 0
27x -25y = 2512

The point of closest approach has the coordinates that are the solution to these two equations:

(x, y) = (33912/677, 31400/677)

The distance d from the origin to this point is given by the Pythagorean theorem (distance formula) as ...

d = 1256√(2/677) . . . . . km

This distance can be converted to time using the speed of the airplane:

$(1256\sqrt{\dfrac{2}{677}}\,km)\times \dfrac{60\,min}{800\,km}=94.2\sqrt{\dfrac{2}{677}}\,min\approx 5.120019\,min$

5.12 minutes after departing JBLM you will be closest to Mt. Rainier.

_____

The attached graph shows the geometry of the problem.

3 0

4 years ago

After the fraction x plus 2 all over 3 minus the fraction x plus 1 all over 2x have been combined using the least common denomin

kirill115 [55]

I'm pretty sure the answer is 2x2 + x -3

8 0

4 years ago

Read 2 more answers