Answer:
0.201
Step-by-step explanation:
First, get one of the variables on its own. I'm going to do the first equation since it looks easier. :)
Subtract 6y from both sides.
Divide both sides by 3 to get the variable alone.
Plug this into the other equation for x.
Distribute.
Add like terms.
The system has infinitely many solutions because both sides equal each other.
Hope this helped!
:)
Step-by-step explanation:
De qué forma how is your night give me a picture
Around 20.44
If you use long division you try to fit 17 into 347 as many times as you can then move the remainder down and keep dividing
Hi,
a)let 0.24 be x.
100x(two zeros because two decimals are repeating)=24.24<span> ̅(24 is repeating)
Now subtract 100x-x on both sides. This forms an equation.
100x-x=24.24(.24 is repeating) -0.24(.24 is repeating)
99x=24
x=24/99
simplest form=8/33
b)Follow the same rule.
let 0.24(4 is repeating) be x
Since there is two decimals in total , 100x=24.44(4 is repeating)
But since there is one decimal that is repeating, there will be one zero. Hence it will become 100x-10x= 24.4(4 is repeating)-2.4(4 is repeating and get the decimal point closest to the repeating decimal)</span>
90x=22
x=22/90
Simplest form=11/45
c) 0.24 is expressed as 8/25
0.24/1
24/100(make it a whole number and add no. of zeros based on how many decimals places you move.)
Simplest form=6/25
Hope this helps you.