Use this pattern to predict the number of diagonals in a dodecagon (12-sided polygon). First create a triangle. Since you are looking for diagonals you must go from vertex to vertex, but they cannot be adjacent to each other. Therefore a triangle has no diagonals.
X^2 2x + 1 = (x + 1)^2
x is replaced by x + 1
the translation is 1 unit to the left
1) 3+2x and 4-5x ; they want the sum so ..... (3+2x)+(4-5x) .... 3+2x+4-5x ..... = -3x+7
This answer helps us figure out the sum of the complex numbers because the "i" and "x" are just simply variables so the same simplification would apply.
2) 1-3x and 2+x ; They want us to find the product or multiplication of these two binomials: (1-3x)(2+x) ... To achieve this we use the FOIL method. We get:
2+x-6x-3x^2 ... = (-3x)^2 -5x+2.
The same reasoning applies just like number 1.
You would use 6 gallons of water to water 45 plants
4=30
=
of 4 gallons = 6 gallons
Answer:
58.896º
Step-by-step explanation:
In this problem, we are given the angle 23º, as well as it's opposite and adjacent sides as 25 and <em>x</em> respectively.
According to SOHCAH<u>TOA</u>, we should use <em>t</em><em>an</em> to solve for <em>x</em>, because we already know the opposite and adjacent sides. Let's set up the equation:
<em>I hope this helps! Let me know if you have any questions :)</em>
