To solve, first find the total of all the sweets: 15 + 16 + 19 = 50. Then, add together the caramel chocolates and the dark chocolates: 16 + 15 = 31. To find the probability, set up a fraction with the combinatio nof caramel in dark chocolates in the numerator, and the total in the denominator: 31/50. So, Amber will have a 31 out of 50 chance to randomly pick either caramel chocolate or dark chocolate.
5 + (-6) = -1
hope this helps!
Answer:
GIRL OH MY GOD I AM A WEEK BEHIND ON MY WORK FOR ALGEBRA 2 BC I CANT FIGURE OUT THIS WORKSHEET. I LOOK AT IT EVERY DAY AND END UP IMMEDIATELY CRYING. I THINK I HAVE DEDICATED OVER SIX HOURS TRYING TO FIGURE IT OUT AND I STILL HAVENT.
Step-by-step explanation:
sorry this is literally not any help to you but I just wanted to share.
So for this, we will be applying the <u>zero product property</u>, which is <u>"if a x b = 0, then either a = 0 or b = 0 or both a and b = 0"</u>. In this case, a = x + 13 and b = x - 7. Solve them separately:
<u>Your answer is x = -13 and 7.</u>
Answer:
xy miles
Step-by-step explanation:
