I may be wrong but I think 3/4 is it’s simplest form
Do you like my sword, sword?
Sword, my diamond sword, sword
You cannot afford, ‘ford
‘Ford my diamond sword, sword
Even if you could, could
I have a patent!
No one else can make a sword
Exactly in this manner, manner
Welcome to my manor, manor
I ca-ca-ca-canna, canna
Swing, swing, swing my sword, sword
Whenever I get bored, bored
I can swing my sword, sword
I can swing my sword, sword
Answer:
option 1,3,4
Step-by-step explanation:
<h2><u>Find the quadrilateral</u></h2>
a quadrilateral is a shape with 4 sides.
hence looking at this definition we can notice that the options that are quadrilaterals are:
-option 1
- option 3
- option 4
Answer:
19 coins
Step-by-step explanation:
We know that mean is the sum of all the elements divided by the number of elements there are: m = t/n, where m is the mean, t is the total sum, and n is the number of elements.
Here, we are given the mean number of coins for all 27 + 18 = 45 children is 16, so m = 16 and n = 45. Then:
m = t/n
16 = t/45
t = 720
This t means that the total number of coins that all the boys and girls have is 720 coins.
Now, we also know the mean number of coins for the boys only, which is 14. Since there are 27 boys, then:
m = t/n
14 = t/27
t = 378
This t means the total number of coins all the boys have.
Subtracting 378 from 720, we get 342, which is the total number of coins the girls have. We also know there are 18 girls, so:
m = t/n
m = 342 / 18 = 19
Thus, the mean is 19 coins.
I haven't done this in forever, but I'm going to try my very best.
4 will be considered your "a," -3 you be considered your "b," and 1 will be your "c." You would plug those numbers into the quadratic formula.
x=<span><span>sqrt</span><span><span>−b±<span>√<span><span><span><span>b<span><span>2</span></span></span>−4ac</span></span><span></span></span></span></span></span><span> divide by 2a.</span></span>