A standard deck of 52 cards contains four suits: clubs, spades, hearts, and diamonds. Each deck contains an equal number of cards in each suit. Rochelle chooses a card from the deck, records the suit, and replaces the card. Her results are shown in the table. How does the experimental probability of choosing a heart compare with the theoretical probability of choosing a heart? A.)The theoretical probability of choosing a heart is 1 /16 greater than the experimental probability of choosing a heart.
B.)The experimental probability of choosing a heart is 1 /6 greater than the theoretical probability of choosing a heart.
C.)The theoretical probability of choosing a heart is 1 /26 greater than the experimental probability of choosing a heart.
D.)The experimental probability of choosing a heart is 1/ 26 greater than the theoretical probability of choosing a heart.

the answer is 1/4

step-by-step explanation:

ιт ιѕ вє¢αυѕє:

6: 4= 3/2

18: 8= 9/4

нσρє ι ¢συℓ∂ нєℓρ уσυ

x = 1/2

step-by-step explanation:

hope this !

1. she sold more on day 2 because if you turn .85 into a fraction{85/100} and you give 7/9 and 85/100 the same denominator{180} you can see which one has the bigger numerator and that one will be the most sold.

2. yes it is in simplest form, because if you look at 38 and 53 's greatest common factor, you cant find one so you cant reduce it

3. no, this is not a prime factorization because the numbers are not all prime numbers, the correct prime factorization is:   2 x 5 x 2

4.   in 12 days he will run and play trumpet again

work 4 4: 123123123123

                123412341234     in 12 days he will play the trumpet and run on the same day

step-by-step explanation:

i am normally pretty good at math, im new to this site, but im 1 grade ahead in my math, i luv math try my answers out, see how they work