Answer:
-5.2 fo shooo and btw whats the question mane??
Step-by-step explanation:
Answer:
or 0.6
Step-by-step explanation:
Given:
Number of yellow tickets = 5
Number of green tickets = 5
Total number of tickets = 5 + 5 = 10
Required:
Find the probability that a randomly picked ticket is green or has a number greater than 4
Use the formula:
P = probability of green tickets + probability of yellow tickets with numbers greater than 4
Yellow tickets with numbers greater than 4 = 1 ticket
Probability of picking a green ticket = 
Probability of picking a yellow ticket with number greater than 4 = 
Therefore, probability that a randomly picked ticket is green or has a number greater than 4
= 
Probability that a randomly picked ticket is green or has a number greater than 4 = or 0.6
<span>a1= (which is the first term.)
to find the 2nd term you plug in 2 for (an) in the formula given to you. =-4(2-1)^2 *remember an represents the term u are looking for *
now you start to solve it
-4(2-1)^2
-4 (1)^2
.
-4^2
= 16
so your first two terms are 2 and 16 .</span>
Answer:
44ft
Step-by-step explanation:
To find the answer, you need to first break down your shape. We can see that the 2 sides are identical so we can just multiply the area of on eof the sides by 2. The 2 sides equal 20 in all. Now lets look at the last section. To find an unknown side, we need to subract the 2 known sides. 8-5=3. 3x8=24
24+20=44
Hope this helps.
By hypothesis, each minute of local calls costs $0.05
So x minutes of local calls will cost 0.05x : You just multiply the cost of 1 minute by the total amount of minutes.
Same thing for long distances calls: Each minute costs $0.12, so y minutes of long distance calls will cost 0.12x
So to get your total charge (local calls + long distance calls), you just need to add the charges for local calls with the charges for long distance calls, which means that you need to add the expressions we got previously:
P = 0.05x + 0.12y (with P the total charge)
Hope this Helps! :)
