I'm assuming you multiply the numbers rolled. Thus the rules of even and odd numbers come into play. The only way to get an odd product is to roll two odd numbers. The probability desired is 1 minus the probability of rolling two odd numbers.
The odds of rolling an odd number is 1/2. Since the rolls are independent events, the odds of rolling two odd numbers is (1/2)2 = 1/4
So the probability of getting an even product is:
1 - 1/4 = 3/4
It is 1/6.
When rolling one die, the probability of getting a 4 is 1 in 6, or 0.1667. If two dice are rolled, you get two unrelated chances of rolling at least one 4, so the probability is 2 in 6, or 0.3333.
Two standard dice cannot have a sum greater than 12. The probability, then, of getting a sum greater than 15 is zero.
These are independent one has no bearing on the other
You can't get 14 with two regular six-sided dice ! The highest you can get with one throw is 12.
If they are normal dice, the probability is 0.
Assuming these are regular dice, the probability is 1.
The probability of rolling 12 with 2 dice is 1 in 36. The probability of not rolling 12 with 2 dice is 35 in 36.
The probability is 1, if the dice are rolled often enough.
The probability is 8/36 or 2/9
It is 1/6.
1/12 or .083
1/12
When rolling one die, the probability of getting a 4 is 1 in 6, or 0.1667. If two dice are rolled, you get two unrelated chances of rolling at least one 4, so the probability is 2 in 6, or 0.3333.
Zero. The minimum value of two dice being rolled is two.
35 in 36, or about 0.9722
Probability that the sum is 6 = 5/36 Probability that the sum is 7 = 6/36