Buy Alprazolam Online Cheap

Buy Xanax Forum

The Main Challenge

Can you place the 12 numbers 0 1 2 2 3 3 4 6 6 7 9 and 9 into the 12 gaps below so that all three lines work out arithmetically?

◯  +  ◯   =     6     =   ◯  –  ◯
◯  +  ◯   =    18    =   ◯  ×  ◯
◯  +  ◯    =    3     =   ◯  ÷  ◯

If you enjoyed trying this puzzle, visit our Buy Xanax Pills Online page for further details.

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 4th & 6th rows contain the following fourteen numbers:

3   5   10   12   18   20   32   33   35   44   49   54   56   60

How many triangular numbers are listed above?

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There is only ONE way of making 56 when using Lagrange’s Theorem. Can you find it?

Buy Generic Soma Online

Can you arrive at 56 by inserting 2, 4, 6 and 8 into the gaps on each line?

•  ◯×◯+◯×◯ = 56
•  ◯²+◯×◯+◯ = 56
•  (◯+◯)×◯–◯ = 56
•  (◯+◯)×◯–◯⁴ = 56
•  ◯×(◯+◯÷◯) = 56
•  (◯+◯)×(◯–◯)² = 56

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Xanax Forum

The Main Challenge

‘Can You Pass A Simple Math Test?’ was published in the USA in an attempt to emphasise the importance of adult numeracy skills. It contains five multiple choice questions.

Simply answer a, b, c or d each time:

1. How many seconds are in 2 hours?   a)8,300  b)7,200  c)3,600  d)9,000
2. What is (4×5)+(7–18÷3)?   a)42  b)74  c)23  d)21
3. Calculate 235×13.   a)3,125  b)3,055  c)3,575  d)3,315
4. If c+d=d, what must the value of c equal?   a)1  b)0.5  c)0  d)–1
5. Which decimal number is equivalent to 3/5?   a)0.35  b)0.53  c)0.6  d)0.3

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 1st & 5th rows contain the following fourteen numbers:

2   6   7   9   14   15   16   21   22   40   50   72   81   84

What is the sum of the multiples of 9?

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are THREE ways of making 55 when using Lagrange’s Theorem. Can you find them?

Buy Generic Soma Online

Can you arrive at 55 by inserting 2, 5, 10 and 15 into the gaps on each line?

•  ◯×◯–◯×◯ = 55
•  (◯+◯)×◯+◯ = 55
•  (◯+◯)×◯–◯ = 55
•  (◯–◯)×◯+◯ = 55
•  (◯–◯)×◯–◯ = 55

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Soma 350 Mg

The Main Challenge

Solve this Octaplus puzzle by finding the values of the eight letters, A to H, from the given clues. Each letter contains a different whole number in the range 1-32:

1.  D minus B is an even number,
2.  a third of D is an even number,
3.  G minus B is either 16 or 17,
4.  C is half of G, and E is half of C
5.  H is a third of B,
6.  D is equal to C plus H,
7.  F is either 18 or 20,
8.  A is 120 minus the sum of the other seven numbers.

Buy Valium Brand Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 1st & 5th rows contain the following fourteen numbers:

2   6   7   9   14   15   16   21   22   40   50   72   81   84

Which three different numbers from the list have a sum of 77?

Buy Valium Brand Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are FIVE ways of making 54 when using Lagrange’s Theorem. Can you find them?

Buy Valium Brand Online

Can you arrive at 54 by inserting 2, 5, 8 and 12 into the gaps on each line?

•  ◯×◯+◯+◯ = 54
•  ◯×◯+◯–◯ = 54
•  (◯–◯)×◯–◯ = 54
•  (³√◯+◯÷◯)×◯ = 54

Buy Soma 350 Mg

Answers can be found Buy Valium In Usa.

Buy Valium Brand Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Soma 350 Mg

The Main Challenge

From the numbers below, eliminate all:

• square numbers,
• triangular numbers,
• multiples of 4 and
• factors of 70.

1  2  3  4  5  6  7  8  9  10  12  14  15  16  18  20  21  24  25

Which is the only number left remaining?

Buy Valium Brand Online

The 7puzzle Challenge

The playing board of Buy Phentermine Website is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 1st & 5th rows contain the following fourteen numbers:

2   6   7   9   14   15   16   21   22   40   50   72   81   84

What is the difference between the lowest and highest multiples of 5?

Buy Valium Brand Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are THREE ways of making 53 when using Lagrange’s Theorem. Can you find them?

Buy Valium Brand Online

Can you arrive at 53 by inserting 4, 4, 5 and 6 into the gaps on each line?

•  (◯+◯)×◯+◯ = 53
•  ◯²+◯×◯+◯ = 53
•  ◯²×◯–(◯+◯) = 53

Buy Soma 350 Mg

Answers can be found Buy Valium In Usa.

Buy Valium Brand Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Xanax Forum

The Main Challenge

Find the sum of the only FIVE 2-digit numbers that are even, has its digits adding up to more than 10 and are not multiples of 3, 4 or 7.

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 1st & 5th rows contain the following fourteen numbers:

2   6   7   9   14   15   16   21   22   40   50   72   81   84

What is the sum of the factors of 36 listed above?

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are FIVE ways of making 52 when using Lagrange’s Theorem. Can you find them all?

Buy Generic Soma Online

Can you arrive at 52 by inserting 4, 6, 8 and 9 into the gaps on each line?

•  ◯×◯–◯÷◯ = 52
•  ◯²–(◯+√◯×√◯) = 52
•  ◯²+◯×(◯–◯)² = 52
•  (√◯×◯+◯)×√◯ = 52

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Buy Soma 350 Mg

The Main Challenge

Using each of the numbers 0.1, 0.5, 3 and 6 once each, and with the four arithmetical operations available, can you arrive at the target answer of 7 in two different ways?

Buy Valium Brand Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 1st & 5th rows contain the following fourteen numbers:

2   6   7   9   14   15   16   21   22   40   50   72   81   84

Which three different numbers have a sum that is also on the list?

Buy Valium Brand Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are THREE ways of making 51 when using Lagrange’s Theorem. Can you find them?

Buy Valium Brand Online

Can you arrive at 51 by inserting 4, 5, 6 and 7 into the gaps on each line?

•  (◯+◯)×◯+◯ = 51
•  ◯²+(◯+◯)÷◯ = 51
•  ◯×◯+◯+◯ = 51
•  ◯×(◯+√◯)–◯ = 51
•  (◯–◯)²×◯+◯ = 51

Buy Soma 350 Mg

Answers can be found Buy Valium In Usa.

Buy Valium Brand Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Soma 350 Mg

The Main Challenge

Using the numbers 4, 5 and 6 once each, together with + – × ÷, which THREE target numbers from the following list are NOT mathematically possible to make?

2    3    4    5    6    7    10    12    14    15    19    20    26    29    30

Buy Valium Brand Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 3rd & 7th rows contain the following fourteen numbers:

4   11   13   24   25   27   30   36   42   45   66   70   77   80

What is the difference between the highest and lowest multiples of 7?

Buy Valium Brand Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are FIVE ways of making 50 when using Lagrange’s Theorem. Can you find them all?

Buy Valium Brand Online

Can you arrive at 50 by inserting 2, 5, 10 and 20 into the gaps on each line?

•  ◯²–◯×◯÷◯ = 50
•  (◯+◯)×◯+◯ = 50
•  ◯⁵+◯–◯÷◯ = 50

Buy Soma 350 Mg

Answers can be found Buy Valium In Usa.

Buy Valium Brand Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Xanax Forum

The Main Challenge

You roll two normal six-sided dice, both containing the numbers 1-6.  When multiplying the two numbers that show, how many DIFFERENT answers is it possible to obtain?

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 3rd & 7th rows contain the following fourteen numbers:

4   11   13   24   25   27   30   36   42   45   66   70   77   80

What is the sum of the factors of 90?

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are FOUR ways of making 49 when using Lagrange’s Theorem. Can you find them?

Buy Generic Soma Online

Can you arrive at 49 by inserting 1, 2, 3 and 4 into the gaps on each line?

•  (◯+◯)²×(◯–◯)² = 49
•  (◯+◯)²×√◯–◯ = 49
•  ◯⁶–(◯+◯)×◯ = 49

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Xanax Forum

The Main Challenge

What is the biggest integer (whole number) less than 630,000 that can be written using all six digits 1 to 6?

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 3rd & 7th rows contain the following fourteen numbers:

4   11   13   24   25   27   30   36   42   45   66   70   77   80

From the list, find three different numbers that have a sum of 100.

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are TWO ways of making 48 when using Lagrange’s Theorem. Can you find both?

Buy Generic Soma Online

Can you arrive at 48 by inserting 4, 4, 5 and 8 into the gaps on each line?

•  ◯×◯+◯+◯ = 48
•  ◯×◯×(◯–◯) = 48
•  ◯²+◯–(◯×◯) = 48

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery

Buy Xanax Forum

The Main Challenge

If you multiply a certain number by 3 and then add 30, the result is the same as if you firstly added 17 to this particular number and then multiplied by 2.

Which number in the range 1 to 9 must this be?

Buy Generic Soma Online

The 7puzzle Challenge

The playing board of Buy Adipex In Mexico is a 7-by-7 grid of 49 different numbers, ranging from 2 up to 84.

The 3rd & 7th rows contain the following fourteen numbers:

4   11   13   24   25   27   30   36   42   45   66   70   77   80

What is the product of the lowest number and highest number?

Buy Generic Soma Online

The Lagrange Challenge

Lagrange’s Four-Square Theorem states that every positive integer can be made by adding up to four square numbers.

For example, 7 can be made by 2²+1²+1²+1² (or 4+1+1+1).

There are TWO ways of making 47 when using Lagrange’s Theorem. Can you find both?

Buy Generic Soma Online

Can you arrive at 47 by inserting 2, 6, 7 and 10 into the gaps on each line?

•  ◯×◯+◯÷◯ = 47
•  ◯²–(◯+◯)÷◯ = 47
•  (◯+◯)²–(◯+◯) = 47

Buy Xanax Forum

Answers can be found Buy Valium In Usa.

Buy Generic Soma Online

Click Generic Ambien 74 for details of online maths tuition.

Cheap Ambien Online Overnight Delivery