The answer depends on how the relevant cariable is defined. Is it the sum of cards' values? If so, how many cards? What are the values of the honour cards?
4/221
The probability of drawing two Aces from a standard 52 card deck is (4 in 52) times (3 in 51) or (12 in 52851) or (4 in 17617) or about 0.0002271.
Draw from the bottom?
The probability of drawing two diamonds from a deck of cards is (13 in 52) times (12 in 51), or 156 in 2,652, or 78 in 1,327.
The probability of drawing a spade in a standard 52 card deck is 13 in 52, or 1 in 4. The probability of drawing a second spade, assuming the first spade was not replaced back into the deck, is 12 in 51. The probability, then, of drawing two spades is the product of those two probabilities, or 12 in 204, or 1 in 17.
1/48 if there aren't jokers
The answer depends on: whether the first card is replaced before drawing the second card,whether one or both cards need to be face cards.
If only two cards are drawn from a standard deck of cards, with the first card replaced before drawing the second, the answer is 0.005917 (approx). If the first card is not replaced, the probability increases to 0.006033.
4/52, as there are four aces, and fifty-two cards.
In a standard deck of 52 cards - the probability of drawing any single card of two suits is 1:2 or 50%.
As rolling the die does not affect the card drawn, the two events are independent. Assuming a standard 6-sided die and a standard deck without jokers, then there are 6 × 52 = 312 possible outcomes.
The probability of drawing a heart from a fair deck is 1 in 4. If the card is replaced then the probability is again 1 in 4. The probability of drawing a card other than a heart is 3 in 4. Once again if the card is replaced then the probability remains 3 in 4