Ken has $950 in a savings account at the beginning of the summer. He wants to have at least $600 in the account by the end of the summer. He withdraws $35 a week for food, clothes and movie tickets. Write an inequality for the number of weeks Ken can withdraw money, and describe the solution.
A) 950 - 35w ≥ 600; w ≤ 10 B) 950 - 35w ≥ 600; w ≤ 11 C) 950 + 35w ≥ 600; w ≥ 10 D) 950 + 35w ≥ 600; w ≥ 11
@Nnesha
@RainbowBrony555
What do you think? :D
@dakid88
B.
-.-
thanks!!!
can you help with more
yes
k
A bike rental company charges $50 for the first hour, and $25 for each additional hour. Michael must spend no more than $200 on his bike rental for the day. What is the maximum number of hours that Michael can rent a bike? A) 3 hours B) 4 hours C) 5 hours D) 7 hours
@dakid88
Let x = number of hours (after that initial hour) and y = total cost so if "A bike rental company charges $50 for the first hour, and $25 for each additional hour.", then y = 25x + 50 ----------------------- We're told that "Michael must spend no more than $200", so y <= 200 y <= 200 25x + 50 <= 200 25x <= 200-50 25x <= 150 x <= 150/25 x <= 6 So the max number of hours after that first hour is 6 Add on the first hour to get 6+1 = 7 So the max number of hours total he can rent the bike is 7 hours.
thank you!! i have a few more is that ok?
yep
k one sec
Which inequality's solution is graphed here? A) x = 0 B) x + 2 ≥ 0 C) x + 2 ≤ 0 D) x - 2 ≥ 0
hold on
im looking at the pic
C.
k
Which inequality's solution is graphed here? A) x + 9 < 5 B) x - 5 < 9 C) x + 5 < 9 D) x - 9 < 5
i think c
wby?
um i think c too
k
Which expression is equivalent to 11(17 – x)?
Which expression is equivalent to 11(17 – x)? A) 11 • 17 – 11x B) 11 + 17 – x C) 17 – 11x D) 11 • 17 – x
you threre
?
Join our real-time social learning platform and learn together with your friends!