Matrix is handing out treats at a local protest to promote his new detective agency. He allows each participant to reach into hi
s bag of goodies and select a treat. Then he replaces it with the same treat and shakes the bag before offering a treat to another person. Matrix’s bag bag of goodies contains the treats below. If he allows 40 people to choose a treat from the bag, about how many lizard lollies can he expect to give away
1 answer:
Answer:
20 lizard lollies
Step-by-step explanation:
I attached the missing data.
Given the quantity of each treat below,
Swordfish sockers = 4
Lizard lollies = 10
Puffer pops = 6
From the figures above, the total number of treats is =
4 + 10 + 6 = 20
Since Martrix allows each participant to reach into his bag of goodies and select a treat, he then replaces it with the same treat and shakes the bag before offering a treat to another person. The probability a person picks lizard lollies will be:
Number of lizard lollies / total number of treats
Since the probability a person picks lizard lolllies is ½, If he then allows 40 people to choose a treat from the bag, the number of lizard lollies he can expect to give away will be:
½ * 40 = 20 lizard lollies
You might be interested in
Answer:
30 ft
Step-by-step explanation:
This is a classic right triangle problem, where the length of the ladder represents the hypotenuse, where the ladder is lengthwise from the building is the base of the triangle, and what we are looking for is the height of the triangle. Pythagorean's Theorem will help us find this length.
so
1024 - 100 = y^2 and
y = 30.4 so 30 feet
Option A
The restaurant Manager can afford at most 10 employees for the day
<em><u>Solution:</u></em>
Given that restaurant manager can spend at most $600 a day for operating costs and payroll
It costs $100 each day to operate the bank and $50 dollars a day for each employee
The given inequality is:
Where , "x" is the number of employees per day
Let us solve the inequality for "x"
Add -100 on both sides of inequality
Divide by 50 on both sides of inequality
Hence the restaurant Manager can afford at most 10 employees for the day
Thus option A is correct