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a=1;c=0; d=gcd(a, 15);if(d==3, goto4, goto6);c++;printc,"-","GCD of",a,"and", "15","=",d;a++;if(a<100, goto2, 0)

OUTPUT:
1 - GCD of 3 and 15 = 3
2 - GCD of 6 and 15 = 3
3 - GCD of 9 and 15 = 3
4 - GCD of 12 and 15 = 3
5 - GCD of 18 and 15 = 3
6 - GCD of 21 and 15 = 3
7 - GCD of 24 and 15 = 3
8 - GCD of 27 and 15 = 3
9 - GCD of 33 and 15 = 3
10 - GCD of 36 and 15 = 3
11 - GCD of 39 and 15 = 3
12 - GCD of 42 and 15 = 3
13 - GCD of 48 and 15 = 3
14 - GCD of 51 and 15 = 3
15 - GCD of 54 and 15 = 3
16 - GCD of 57 and 15 = 3
17 - GCD of 63 and 15 = 3
18 - GCD of 66 and 15 = 3
19 - GCD of 69 and 15 = 3
20 - GCD of 72 and 15 = 3
21 - GCD of 78 and 15 = 3
22 - GCD of 81 and 15 = 3
23 - GCD of 84 and 15 = 3
24 - GCD of 87 and 15 = 3
25 - GCD of 93 and 15 = 3
26 - GCD of 96 and 15 = 3
27 - GCD of 99 and 15 = 3

30 miles round trip      30 m / 2 m/hr = 15 hr

Since these sides form a right triangle, the center of the circumcircle will be the midpoint of the hypotenuse. 

This makes the radius of the circumcircle one-half the length of the hypotenuse, or 13.

I can't see any easy way to find the radius of the incircle, so I did this.

I placed this on a coordinate axis with vertex C to be at the origin:  C  =  (0, 0).

I placed vertex A at (24, 0) and vertex B at (0,10).

I call the center of the incircle D.

I found the size of anlge A by using the inverse tangent of BC over CA. and then divided the angle by 2 to get

the size of angle(CAD) to be 11.30993247^o.

Using this, the equation of AD is:  y  =  -0.2x + 4.8.

Also the equation of CD is:  y  =  x.

Solving these two simultaneously, the point D becomes (4, 4); making the radius of the incircle 4.

From this, I can find the area of the circumcircle and the area of the incircle.

They both encompass the sam arc     ABC measures twice ADC

The slope ;is -3.

The y-intercept is -2.

The equation is:  y  =  -3x - 2.

y  =  -6·t² + 43·t

If  y = 77:     77  =   -6·t² + 43·t     --->     6·t² - 43·t + 77  =  0

Using the quadratic formula:  t is either  44/12  or  42/12.

Choosing the first answer to occur:  42/12  =  ...

Just like hugomimihu said, you multiply 8 by 22 which gives us 176 dB. Because your question asks for how many more decibels is the second brand effective, we could subtract 22 from 176, which gives us 154 as our answer.

I have no idea why the pic is blocked.

Even I cannot see it.

If  x  is directly proportion to  y  but inversely proportional to  z, then the formula is:  x  =  k · y / z.

Since  x = 3  when  y = 6  and  z = 4:     3  =  k · 6 / 4     --->     12  =  k · 6     --->   k  =  2.

So, the formula is:   x  =  2 · y / z.

What is  z  when  y = 3?

To figure this out, you'll need to know the value of x ...

The numbers increase by 8 each time; this is the slope so the formula will have the form 8i + .

To find the , put in 1 for i and see that your answer is 8, not 13; so, you will need 5 more.

[This is also true if you put in2 for i and see that your answer is 16, not 21.]

So, the formula is:     8i + 5

She can get a head on the penny and a head on the nickel.

She can get a head on the penny and a head on the dime.

She can get a head on the nickel and a head on the dime.

She can get heads on all three coins.

1)  If T is on major arc(RS), angle(RTS)  =  ½ · 50^o.

     If T is on minor arc(RS), angle(RTS)  =  ½ · 310^o.

2)  Circle(O) is inscribed in square(ABCD).

      Each side of the square is 10.

      Therefore, using the Pythagorean Theorem, the distance from B to D is  10 · sqrt(2).     

      The diameter of the square is 10; the radius is 5.

      The distance from O to D is 5 · sqrt(2).

      The distance from X to D is  5 · sqrt(2) - 5.

1)  One of the perfect square factors is 1.

To find the others, factor 46,656  into 2⁶ x 3⁶.

2)  Using just the twos, you can get this set of squares:  {4, 16, 64}

3)  Using just the threes, you can get this set of squares:  {9, 81, 729}

4)  Now, you can get another set of squares by choosing one number from the first set and multiplying it by one

     number of the second set; a couple of possibilities are  4 x 9  =  36  and  64 x 81  =  5184.  [Finish this step.]

Count all the answers from steps 1, 2, 3, and 4.

Uh, I don't know what happened, but it wasn't correct. No worries, thanks for trying! Have a good day :)

When no one answers your question. *sad music plays in background* 
VIOLA GAN- sorry.

But it's fine. No one needs to answer, I've moved past it. No worries :D

Thanks, :D

40! Thanks a lot! Have a good day :D

One way to factor 144 is to have 4 x 36.

The least common multiple is 36.

The greatest common divisor is 4.

The sum of 4 and 36 is ...

"or," so seperately.

ice ( bergs)?

Do you want each number to be divisible by 2, 5, 10 simultaneously or separately?

LCM[r, 100] =LCM[132, 100] =3,300

GCD[r, 100] = GCD[132, 100] = 4

LCM * GCD =3,300 * 4 = 13, 200

20 sides     so  20  partial rotations before you're back to where you started (360^o)