We create a 4 digit number greater than 5000 using the digits 0,1,3,5,7. what is the probability of creating a number divisible by 5 if the digits cannot be repeated? assume the numbers are randomly selected
a.) 3/8
b.) 33/83
c.) 2/5
d.) 99/249

Which of the following represents the zeros of f(x) = 6x3 − 31x2 + 4x + 5? −5, one third , one half 5, − one third , one half 5, one third , − one half 5, one third , one half

1. 2. ∠b and ∠y are right angles. 3.? 4.? which two statements are missing in steps 3 and 4? ∠x ≅ ∠c △abc ~ △zyx by the sas similarity theorem. ∠b ≅ ∠y △abc ~ △zyx by the sas similarity theorem. = 2 △abc ~ △zyx by the sss similarity theorem. = 2 △abc ~ △zyx by the sss similarity theorem.

Ineed to know the ordered pairs for this equation i need the answer quick because it’s a timed test