Facebook Fun Time - Q&As

This one is a bit hard, but try to make it to: 31!

In each square of the diagram, the sum of the numbers is always 22, do the answer is: 9!

This might look tricky, but there are exactly 11 squares! Can you see them all??

There are 24 squares of various sizes!!

This time, you've got some counting to do: there are 31 squares in total!

This one is fairly easy! There are 35 triangles on this picture

After some rearranging, we can see that areas of the parts are:



Part A = (π*1 )/2 = π/2;
Parts B = (π*2 )/8 = π/2,  Part A = Part B.

Part D > Part C.

Thus, the total area of the yellow parts is
greater than the total area of the blue parts

Eyeballing it...can't do math anymore.  I say yellow.

Well, when you rearrange things like this, it's easier
Good pick Chilly!

OK, here's the trick: First two rows don't count! There is nothing connecting them to the last one, which contains the =
So, let's look at the last one:

1 + 1 x 0 + 1 = ?
The answer is easy, its 2!

Yeah well the older I get the less math I can successfully accomplish.  Two it is.

Well, this looks easy.. And it is easy! Just follow the order of the operations and you should get to:

-3

Those damn brackets, right?
It is not that hard... and the answer is... 2.5!

As easy as it may seem, here's the right answer:

Recent past flips do not, in any way, predict or influence how the next flip will turn out; the odds of heads coming up on the next flip are identical to all previous flips: 50/50. The belief that an outcome is likely or “due” is known as the “gambler’s fallacy” and can lead people to place large bets on outcomes they believe are highly unlikely, even when the odds are no more than even.

None of the above!.

In gambling, persistence doesn’t pay off over time. Feeling lucky, or the belief that a machine is “due” to pay off, will not influence subsequent plays. Skill at video games has no significant influence on slot machines or video poker outcomes. Both are based on random chance; there is no skill, “magic,” or control individuals can exert over video slot machines. Video slots, like other forms of gambling, are skewed in favour of the “house,” which take a constant percentage of players’ bets over time. The bottom line: over time, gamblers lose more than they win. Because video games show credits rather than cash, players tend to forget they're playing with real money.

The number in the upper row indicates the number of letters in the alphabetical form of the number below.

9 = Nine = four letters
Therefore the missing number is 4.

Each number in the bottom rows is the sum of the number above it and the previous number, so the answer is: 16!

Aaaaaand, the answer is: 0!

Spaced correctly, the series becomes 13 15 17 19 2(1), so the answer is 1, or if you want to make it a 3-digit number: 123

Starting at the top, add the left and right hand numbers together and subtract 5 to give the lower left number. Add 2 to the left hand number to give the lower right hand number.

The correct numbers are: 73, 48

D adds up to 36. The others add up to 33. So... It's D!

yep, nice dice.
only D is correct, counts nine    :'$

Each number reverses the previous number and adds 1 to each digit. Thus, in the first two terms, 16 reversed is 61, which then changes to 72. In the penultimate term, 50 reversed becomes 05, which in turn becomes 16 - by adding 1 to each digit.


So: It's 16!

This one is easy

(7×5) + 9 = 44. sooo, it's 44!

Reading each pair of numbers as 2 digit values, the sum of the 4 numbers is given in the top space in the diagram. So the answer is: 4!

In each slice of the circle, the difference between the outer and middle numbers is written in the inner segment of the opposite slice, so the answer is: 2!

Taking numbers in diagonally opposite squares, calculate their sum, and put the answer in the small, inner square of the upper number. Calculate their difference, and put this answer in the small, inner square of the lower number.

The answer: 9

Starting in the top left and working in columns, add the first two numbers together and add 1 to give the number at the bottom of each row. The solution in this case is: 8!

Working in columns, the sum of the numbers in each column equals 23. And the solution is: 10!

Did you solve this one?

Starting bottom left and moving clockwise around the triangle, numbers follow the sequence of Square Numbers. The answer is: 16

The numbers in each row and column add up to 15.
The answer is: 6

Starting with the numbers in the top row, and following straight lines through the centre of the diagram, subtract the middle number from the top number to give the corresponding value on the bottom row.

The answer is: 7

Reading each pair of numbers as a 2 digit number, they follow the sequence of square numbers from 6 to 9.

The answer is: 1

Starting with the 10 at the top, one set of numbers increases by 3 each time, written in alternate boxes as you move down the diagram, and the other set of numbers decreases by 2, written in the boxes remaining.

The answer is: 2

Reading each pair of numbers in a row as a 2 digit number, values increase by 6 each time.

The answer is 9.

Starting at the top left, and moving through the diagram in a Z shape, double each number and add 3 to give the next number along.

The answer is 253

The answer is: K

The letters in the second and third rows are five steps ahead of those in the first and second rows respectively. So, the missing letter will be five steps a head of F, which is K.

Answer:

Three of Hearts.

In each row the average of the 3 cards to the left equals the value of the card on the right. There is one card from each suit on every row.

The answer is: 13

There are 9 visible triangles + 3 overlapping triangles made of 4 little ones + 1 triangle that contains all the triangles in the picture.

There are total 11 squares in this picture.

Moving from left to right, numbers increase by 2,3,4 and 5.

The answer is 40

The answer is 40.

The solution is equal to the sum of two numbers plus the previous sum: 2+5+5=12, 3+6+12=21, 8+11+21=40

There are total 15 triangles in this picture.

answer is 13

You will get the solution by multiplying the sum of two numbers with the first number:

1 * (1 + 2) = 3
3 * (3 + 4) = 21
5 * (5 + 6) = 55
4* (4 + 5) = 36

I was just reading thru some of these posts and read this:
In gambling, persistence doesn’t pay off over time......
Boy, I used to believe it did, but now after playing for years, it certainly isn't. $300 later; then another lady it will pay soon, so I said go for it. Watched her thrown another $200 and it didn't pay....After that I am a firm believer its the luck of the slot machine:)

The numbers increase by 3, 2, 1, 3, 2...

So the answer is 16.