Answer:
is it 30?
Step-by-step explanation:
Answer:
BC
Step-by-step explanation:
the height of a right-angled triangle to the Hypotenuse is the square root of the product of the lengths of the 2 segments of the Hypotenuse.
so the square of the height is then the product of the 2 line segments of the Hypotenuse.
therefore
AC² = DC × BC
Answer:
B) {x|-13 < x < 13}
C) {x|x < -4 or x > 4}
Step-by-step explanation:
Given in the question,
<h3>1.</h3><h3>|x| < 13</h3>
Remove the absolute value term.
If your absolute value is less than a number, then set up a three-part compound inequality that looks like this:
-(number on other side) < (quantity inside absolute value) < (number on other side)
-13 < x < 13
<h3>
2.</h3><h3>
|x| > 4 </h3>
If your absolute value is greater than a number, then set up an "or" compound inequality that looks like this:
(quantity inside absolute value) < -(number on other side)
OR
(quantity inside absolute value) > (number on other side)
x < - 4 or x > 4
I think P im not exactly sure but ik a kite has 1 line of symmetry and i think that’s the closest shape to a kite
Using the Fundamental Counting Theorem, there are 60 different ways to order the pizza.
<h3>What is the Fundamental Counting Theorem?</h3>
It is a theorem that states that if there are n things, each with ways to be done, each thing independent of the other, the number of ways they can be done is:
For this problem, considering the sauce, the topping and the pizza format, the parameters are found as follows:
- For the sauce, there are 2 options, either cheese or tomato, hence .
- For the topping, there are 4 options, but the options may be combined, for example, Pepperoni and Sausage, hence . The subtraction by 1 is because the option of no topping is found in the third parameter.
- The topping can be added to either all the pizza or only half the pizza, hence .
Thus the number of ways for the customer to order a pizza is given by:
N = 2 x 15 x 2 = 60.
More can be learned about the Fundamental Counting Theorem at brainly.com/question/24314866
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