A widely-known theorem can be used for this, but only if it is a right triangle (let's assume it is).
Pythagorean Theorem, or <span>a<span>^2+b^2=c^2 (the ^ means it is brought up to that power, so it would be a(squared) + b(squared) = c(squared))
Let's plug in our numbers into this equation to see what we get,
(Assuming that 10 and 15 are the legs of the triangle.)
10^2 + 15^2 = c^2 (c is your hypotenuse, or your longest side of the triangle.)
10^2 = 100 & 15^2 = 225
100 + 225 = c^2
325 = c^2
(square root)325 = c
</span></span>18.03 ≈ c<span>
So, your final equation should look like this:
10^2 + 15^2 = 18.03^2
Which it does! 100 + 225 = 325
</span><span>What must be true about the length of the third side?
The third side must equal 18.03, <u>only</u> if it is a right triangle.
</span>
The first one will have more of a equal taste but the second one will have more of an orange taste than a orange soda taste
Answer: how dont you know that ???????????
Step-by-step explanation:
Answer:
The Length of JM is 20.
Step-by-step explanation:
Given,
JKLM is a kite in which JL and KM are the diagonals that intersect at point A.
Length of AK = 9
Length of JK = 15
Length of AM = 16
Solution,
Since JKLM is a kite. And JL and KM are the diagonals.
And we know that the diagonals of a kite perpendicularly bisects each other.
So, JL ⊥ KM.
Therefore ΔJAK is aright angled triangle.
Now according to Pythagoras Theorem which states that;
"The square of the hypotenuse is equal to the sum of the square of base and square of perpendicular".

On putting the values, we get;

On taking square root onboth side, we get;

Again By Pythagoras Theorem,

On putting the values, we get;

On taking square root onboth side, we get;

Hence The Length of JM is 20.