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100         101     103

121            

144        

169          171 

196          197    199               sum the reds .....

250   + 125 *2    +   62.5 * 2   + 31.25 * 2     +   15.625 * 2    + 7.8125 *2  = 734.375 ft

(3x+6)(x+2)

3x^2 + 12x + 12        take it from here  

There are really only two numbers that satisfy this: 124 and 248. (The next possible one would be 36{12} which doesn't work in a base ten system.)

248 is the larger one and is therefore your answer.

Use Pythagoras's theorem to find the length of AC

let n be the number of nickels in his collection. 10*5*n would be the equation to find how many quarters he has, the equation for how many nickels he has would be q/50, q being number of quarters.

[942!  +  120!] = 2^116 * 3^58 * 5^28 * 7^19 * 11^10 * 13^9 * 17^7 * 19^6 * 23^5 * 29^4 * 31^3 * 37^3 * 41^2 * 43^2 * 47^2 * 53^2 * 59^2 * 61 ...........etc.

Since 5 is the largest prime factor of 60, it therefore follows that:

n ==28, so that: [942!  +  120!]  mod 60^28 ==0

The radius of the circle is 55.

As a mixed number, the answer is "-14 1/2"

Before any deductions, you earned:  5 x 12  =  ...

All 5 statements are true.

The slope from A to B must equal the slope from B to C.

(k - 1) / (19 - 9)  =  (0 - k) / (7 - 19)

        (k - 1) / 10  =  -k / -12

         -12k + 12  =  -10K

                     12  =  2k

                       6  =  k 

The total distance is 1765 feet.

c = 320.

The statements that are true are A, B, and E.

734592 is the answer :)

how i solved was 0.40 * 1836480.

have a nice day!

I am assuming you mean w*x+y*z

x,y, and z are positive integers such that gcd(x, y, z) = 14 and lcm(x, y, z) = 630 and y = 3x.  What is the smallest possible value of x + y + z?

6 + 1 = 7

0.40 * 1836480 = ............

a5/a3 = 8.

This is obvious if you use exponential notation.

2 (x-3/2)     would be ONE example