It is 4/11.
It is 0.8181... recurring.
It is 2/11.
the square root of the given number
43x+35 (given the question doesn't define what x is)
There are 36 possible outcomes when we roll a pair of dice. Rolling a five can be done the following ways: 3-2, 4-1, 2-3 and 1-4. That's four ways to roll a five with one roll of the dice. The odds of rolling a five are 4 in 36, or 1 in 9. That makes the probability of rolling a five equal to 0.11111....We know that the probability of something is a ratio of the number of times it can be done to the total number of things that are possible. Probabilities range from zero to one, inclusive. If something has a probability of zero, it cannot happen. Like rolling a 13. A 13 cannot be rolled with one roll of a pair of standard dice. Thus the probability of rolling a 13 is zero, as it cannot happen.If something has a probability of one, it must happen. Like the probability of rolling an odd or an even number with one roll of a pair of dice. Since any number we roll must be either odd or even, then the probability of rolling an odd or an even number with one roll of a pair of dice is one. An odd or an even number must turn up, and that is why the probability of rolling an odd or an even number with one roll of the dice is one. Lastly, we've seen that the probability of rolling a given number with one roll of the dice is the number of times that number might appear divided by the total number of possibilities that might appear.
5/36
It is 0.8181... recurring.
9/11
On a regular number cube, it is 1/6.
It is 2/11.
the square root of the given number
No. A given number need not even be divisible by a given prime.
This means that whatever a given number "a" is, number "b" is larger that number "a". If you are trying to say equal or greater, it would be number "b" is either equal to number "a", or of larger value than "a".
false
The number is called a 'square root'.
A balanced chemical equation has an equal number of atoms of a given element in the reactants and products. This is due to the law of conservation of mass.
balanced equuation A+