La N BD 12C.p G howd * I Know I Know s I Know BD) Gr12 s = In whe | Final s Mana PDE *1 X Coin & G You ne Home + X -> File | C:/Users/HP/Downloads/Homework.pdf G 1 of 3 Q + 2 Page view | A Read aloud Draw v Highlight v Erase Use the fundamental counting principle to find the total number of possible outcomes. 2. You need to make a three-digit code for a computer game. The first digit must be a letter, the second digit must be a number, and the third digit must be either a four or a five. Chapter 4 - Probability and Counting Rules @Ashley Spencer, 2015 Type here to search W 11:01 AM 31 . C ( x ENG 24/10/2021a N BD 12C.p G howd * I Know I Know s I Know BD) Gr12 s = In whe | Final s Mana PDE *1 X Coin & G You ne Home + X -> File | C:/Users/HP/Downloads/Homework.pdf G 2 of 3 Q + 2 Page view | A Read aloud Draw V Highlight v Erase Use a tree diagram or the fundamental counting principle to find the following. 3. The menu from a pizza place is shown. How many possible pizzas can be made if you only can select only one crust, one sauce, and one topping? Crust Thin, Hand Tossed, Pan Sauce Toppings Tomato Cheese Cheese Pepperoni None Sausage Ham Hamburger Olives Pineapple Anchovies Type here to search W 11:01 AM 31.C ENG 24/10/2021a N PDE 12C.p G howd * I Know| 1 Know| | Know and) Gr12 s | In who | Final s Mana PDE *1 X Coin & G You ne Home + X -> File | C:/Users/HP/Downloads/Homework.pdf to G 2 of 3 Q + Page view A Read aloud | Draw Highlight Erase One coin is randomly selected from a jar containing 70 nickels, 100 dimes, 80 quarters, and 50 half-dollars. Find each probability. 4. P(quarter) 5. P(dime) 6. P(quarter or dime) 7. P(Value more than $0.10) 8. P(Value less than $0.45) 9. P'(Nickel) Chapter 4 - Probability and Counting Rules Ashley Spencer, 2015 Type here to search W 11:01 AM 31 . C ENG 24/10/2021La N DE 12C.p G howd * I Know I Know s I Know (BD) Gr12 s| In whe | Finals Mana PDE *| X Coin & G You ne Home + X File | C:/Users/HP/Downloads/Homework.pdf to G 3 of 3 Q + Q CD Page view | A Read aloud Draw Highlight V Erase A A bag is full of poker chips. The probability of randomly selecting a red chip from the bag is 1/8. The probability of selecting a blue chip from the bag is 13/24. Find the probability. (Remember: There are other colors in the bag too) 10. P'(Red) 11. P'(Blue) Find the odds if a computer randomly picks a letter in the phrase, "YOU WILL ALWAYS BE MY BEST FRIEND". 12. The letter E 13. The letter L Find the probability if a computer randomly picks a letter in the phrase, "YOU WILL ALWAYS BE MY BEST FRIEND". 14. The letter E 15. The letter L Type here to search 11:01 AM 31.C ENG 24/10/2021