Answer:
There is a 0.2785 probability of your opponent rolling two even numbers.
Step-by-step explanation:
Since we are looking for the probability of rolling even numbers, we must consider the odds of rolling a 2, a 4 or a 6.
A fair dice would yield in a 6/36 chance of rolling each number, but since these dice are loaded, there is a 7/36 chance of rolling a 4 and a 5/36 chance of rolling a 3 (opposite side of 4); the probabilities for rest remain the same.
Therefore, the probability (P1) of rolling and even number in one die is:
Since the game involves two dice, the probability of rolling even numbers on both is:
There is a 0.2785 probability of your opponent rolling two even numbers.
You would need 2 cups of flour. It’s just multiplying by 2.
that impossible cause pedro will always have more hes adding more per week and maria started 200 less and only add 25.
False.
If w is 25% of z, then w:z would be 25:100, because 25 is 25% of 100.
If Z:W was 75:25, it would be wrong because 25 is 33% of 75, not 25%.
Answer:
6x: 312
x: 52
Step-by-step explanation:
Let the deck be denoted by x then
6x: 312
There are 312 cards in 6x decks
In 1 deck x there are 312/6= 52 cards
6x: 312
6x/6: 312/6 Cancelling both sides by 6
x: 52
In ratio both the sides are divided by the same number to get equivalent fractions.
In 1 deck there are 52 cards