10 1/4 = 10 2/8 + 24 1/8 =34 3/8
,48 4/8 - 34 3/8 = 14 1/8 inches left
,( - 1/4'' for 2 cuts @1/8'' each)
Answer:
This will include your current balance and statement balance, the amount of credit you have available, any fees or interest you've been charged since the previous statement and the time period your statement covers. This section may also include figures related to your cash credit line.
Step-by-step explanation:
The sentence that explains how the bonding pattern in metals makes them good conductors of electricity is <u>A. They are willing </u>to give up their valence electrons.
<h3>What are valence electrons?</h3>
Valence electrons are the electrons in the outermost shell, or energy level, of an atom, which participate in the formation of a chemical bond when the outer shell is open.
<h3>Answer Options:</h3>
A. They are willing to give up their valence electrons.
B. Their nucleus has more protons than neutrons.
C. They are malleable.
D. They have a simpler electron arrangement.
Thus, the sentence that explains how the bonding pattern in metals makes them good conductors of electricity is <u>Option</u> A.
Learn more about conductors of electricity at brainly.com/question/2624096
Answer:
28 units^2
Step-by-step explanation:
1. First, let's divide this figure into two shapes: a square and a trapezoid. (Look at the image below explanation for division).
2. Next, we should know the area formulas of the square and trapezoid.
- Square:
, where s = side
, where a and b = top and bottom and h = height
3. Solving Area of Square and Trapezoid
. Area of square is 16
. Area of trapezoid is 12.- 16 + 12 = 28
Therefore, the area of the figure is 28 units^2.
<u><em>Answer:</em></u>

<u><em>Explanation:</em></u>
We know that the initial value of a function is the output of the function when the input is zero.
In other words, it is the value of f(x) when x = 0
<u>Now, checking the given table, we can find that:</u>
at x = 0 ...............> f(x) = 
<u>This means that</u> the output is
when the input is zero which means that our initial value is 
Hope this helps :)