Well, before you draw out the first sock, you had 60% chance of getting a white sock since six of the ten socks are white! (6/10)
So, if you were to not replace the first drawn white sock, your percentage goes to 55.5556%! This is because you now have 5/9 socks remaining in the drawer being white!
Answer:
The answer is 2,400:)
Step-by-step explanation:
8×300 is 2400
To solve for L, you need to isolate/get the variable "L" by itself in the equation:
S = 2HW + 2HL + 2WL Subtract 2HW on both sides
S - 2HW = 2HW - 2HW + 2HL + 2WL
S - 2HW = 2HL + 2WL Take out the "L" in 2HL and 2WL
S - 2HW = L(2H + 2W) Now divide (2H + 2W) to get "L" by itself
I think you can stop here, but if you need or want to simplify:
which looks longer so I don't know if you need to do this
We had the following situation:
So, we can write the following equation:
SU = ST + TU
5x = (4x - 3) + 2x
Solving for x, we get:
5x = 4x - 3 + 2x
5x = 6x - 3
5x + 3 = 6x - 3 + 3
5x + 3 = 6x
5x + 3 - 5x = 6x - 5x
3 = x
Then, if x is equal to 3, TU is equal to:
TU = 2x
TU = 2(3)
TU = 6
Answer: The numerical length of TU is 6
Answer:
c · 1 = c
Step-by-step explanation: