Probability

1/4 chance

Yes it is the rule , that the goalkeeper that got the red card should leave the pitch and another goalkeeper will take his place, but the coach must withdraw a player, in other words the team will play with 10 players only.

Alternatively, the manager can decide to put one of the players already on the pitch in goal, though this rarely happens.

false

For any no divisible by 4 it must end like(12,32,52,24)now for the remaining three numbers we have 3 options

3*2*1*4

so in total we can have 24 such numbers...

please correct if i am wrong.

thank you

In real life unit vectors are used for directions, e.g east, north and up. The unit vector specifies the direction. Gyroscopes maintain a direction and keep things level. Whenever and where ever location is important, unit vectors are a part of real life.

Whenever directions are important in your real life, then unit vectors are important. If everything was confined to move along a straight line, then unit vectors would not be important. If you can move in a plane, then unit vectors are important. Moving in space, unit vectors are more important. cars, ships and planes all move in space. Controlling and tracking these all involve unit vectors.

Electrons do so.

It can represent anything you want it to. The conventional use is that it represents the number of successes.

If you have n rings with r numbers in each ring, then the probability of any particular combination is 1/(r^n). r^n denotes r to the power n.

So, for a typical lock with three rings, and 10 digits in each ring (0-9), the probability is 1/(10^3) = 1/1000.

this formula is all based down to Pythagoras' Theory. 5x^-2y^10 over 2x^-1(-3x^-3y^-1)^-2

I disagree.

Only one.

If we consider there is a 50% chance for having a boy and 50% for having a girl*, there is :

- 12,5% chance of having no boys;

- 37,5% chance of having 1 boy;

- 37,5% chance of having 2 boys;

- 12,5% chance of having 3 boys.

Therefore, there is 50% chance of having at least two boys.

*The odds are more like 51% for having a boy and 49% for having a girl, but it doesn't really matters.

Let x be the number of people:

P(among x, at least two people have same birthday) = 2/x * 1/(x-1) >0.6

2/[(x)x-1] = 0.6

2 / 0.6> x^2 - x

x^2 - x > 10/3

3x^2 - 3x - 10 > 0

x > [3+- (3^2-4*3*(-10))^(1/2)] / 2*3

x > (3 + (9+120)^(1/2)) /6

x > 2.39

Therefore x = 3

In order to write a distribution proposal, one would have to contact their local attorney at law and receive the necessary paperwork from them. This paperwork will have step by steps guidelines in writing the proposal.

A = 2B

C = 3C

Therefore A + B + C = 6B

If they weigh 720 pounds in total

6B =720

B = 720/6

B = 120 pounds

A = 240

C = 360 pounds

Approximately 7.34847, rounded to 5dp. The square root of any number can be found through the Newton-Raphson and Secant fixed point iteration methods. See links below for more info.
7.3484692

Assuming that you have to use all 4 of the letters with no repeats there are 4! or 4 factorial. Because you are asking how many ways can I arrange n objects if I use all n of them, the number of permutations is n!. To calculate factorials, you multiply the number by every integer before it until you reach 1. So 4! equals 4 X 3 X 2 X1 or 24. So there are 24 ways you can arrange the letters G,X,K, and T.

The probability that exactly one will land heads up is 0.15625

Scout's big ham costume prevented her from being stabbed.

The probability of getting a 6 with a single standard die is 1/6; so if a die is thrown 54 times the expectation (in the long run) would be that 1/6 of them would show a 6:

1/6 × 54 = 9 times.

You would expect a 6 on about 9 occasions.

This is actually such a coincidence! I'm matt cunningham and i gave birth to two beautiful baby boys on the 29th of February! It's some crazy stuff!

The second part of the question is not specific enough. Is it 2 on the roll of a die, a spin of a spinner, a card from a deck, a roulette wheel?