The probability of choosing a number less than 7 and then a multiple of 4 is?

Total probability (first tile less than 7, second tile multiple of 4) = 2/21

Step-by-step explanation:

The question is not complete as the number of tile are not given. Howover, I could find the complete question on internet so I would solve for that. I hope it helps. (SEE THE ATTACHMENT)

You randomly choose a tile. Without replacing the first tile, you choose a second tile. Find the probability of the compound event. Write your answer as a fraction or percent rounded to the nearest tenth. THE PROBABILITY OF CHOOSING A NUMBER LESS THAN 7 AND THEN A MULTIPLE OF 4 IS?

As we can see in the picture that there are a total of 7 tiles, so n = 7

These tiles are numbered as 5, 6, 7, 8, 9, 10, 20

Tiles having a number less than 7 = 5, 6

No. of tiles having a number less than 7 = 2

So probability of choosing a number less than 7 is = 2/7

After picking one tile and without replacing it, total no. tiles become n = 6

Tile having multiples of 4 = 8, 20

No. of tiles having multiples of 4 = 2

Probability of choosing a second tile with multiple of 4 = 2/6

Total probability (first tile less than 7, second tile multiple of 4) = (2/7) · (2/6) = 4/42 = 2/21

3.how is solving radical equations different than solving linear equations?

step-by-step explanation: