D ∪ G = {b, d, f, i, j}
D ∩ G = {j}
Lets x = the amount Sheila's deposit each time
So 6 deposits = 6x
Sheila's sister deposits was $10 more each deposit Sheila made, then her sister deposit amount each time should be: x +10
Sheila's sister made 5 deposits: 5(x+10)
Both sisters deposited the same amount in the end:
6x = 5(x+10)
6x = 5x + 50
Now you can add (-5x) to both sides:
6x + (-5x) = 5x + 50 + (-5x)
6x - 5x = 5x + 50 - 5x
Simplify both sides:
x = 50
So Sheila deposits each time: $50
Sheila's sister deposits each time: x + 10 = 50 +10 = 60
Double check:
Sheila deposits 6 times = 6 x 50 = 300
Sheila's sister deposits 5 times = 60 x 5 = 300
Both deposited $300 (same amount) in the end.
Hello!
This equation seems a bit complicated, so to solve it, let's break it down using the PEMDAS order of operations.
P - Parenthesis
E - Exponents
M - Multiplication
D - Division
A - Addition
S - Subtraction
If we look at the equation, we can see that there is a number in parenthesis. However, it's only a number in parenthesis, and not an operation, hence, we can not apply PEMDAS to it. Let's skip parenthesis, and since there are no exponents or multiplication operations, move on to division.
-5.1 ÷ 1.5 = -3.4
Now let's move on to addition.
-5.872 - 3.4 = 2.472
2.472 is your answer.
:)
Answer:
ok
Step-by-step explanation:
i will come later ok because of nepali network is very difficult