Answer:
Step-by-step explanation:
We know, that probability of an event E, is 
.
Here, there are 
days in a week.
So, total number of outcomes 
.
And only one day, that is, Friday is selected.
So, number of favorable outcomes 
.
Therefore, probability 
.
Hence, the probability that a randomly selected day of the week will be a Friday .
Answer:
2
Step-by-step explanation:
Simplify the following:
(-6 - 4)/(-5)
Hint: | Group the negative terms in -6 - 4 together and factor out the minus sign.
-6 - 4 = -(6 + 4):
(-(6 + 4))/(-5)
Hint: | Evaluate 6 + 4.
6 + 4 = 10:
(-10)/(-5)
Hint: | In (-10)/(-5), the numbers 10 in the numerator and -5 in the denominator have gcd greater than one.
The gcd of 10 and -5 is 5, so (-10)/(-5) = (-(5×2))/(5 (-1)) = 5/5×(-2)/(-1) = (-2)/(-1):
(-2)/(-1)
Hint: | Cancel common terms in the numerator and denominator of (-2)/(-1).
(-2)/(-1) = (-1)/(-1)×2 = 2:
Answer: 2
Answer: He will play 5 games in 9 hours .
Explanation:
In 
, he is playing 1 game
So, in 1 hour , he will play = 
In 9 hours, he will play
Number of games can't be in decimals it must be in integers so we will take 5 only .
so he will play only 5 games in 9 hours .
The intensity level is hard and for the first part, it’s 168. and something. Sorry that’s all I figured out I’m not too smart :/
Answer:
6 toppings
Step-by-step explanation:
The t in this equation represents the amount of toppings.
22 + 0.65t = 26
-22 -22
0.65t = 4
0.65t/0.65 = 4/0.65
t = 6
They could get 6 toppings and the total would be $25.90.
