If the period is 2π/ω then the frequency = w /2π
and the radian frequency = 2π x frequency = w
y = a sin( wt)
I think
The <em>correct answer</em> is:
Given: m∠A + m∠B = m∠B + m∠C
Prove: m∠A = m∠C
Starting with our given statement, m∠A + m∠B = m∠B + m∠C, we can use the subtraction property of equality to subtract m∠B from each side:
m∠A + m∠B - m∠B = m∠B + m∠C - m∠B
When we subtract something from itself, it equals 0. This leaves us with:
m∠A + 0 = m∠C + 0
Adding 0 to anything leaves it as it was. This gives us:
m∠A= m∠C
Answer:
Lauren's triangle is an isosceles triangle
Step-by-step explanation:
Given the sides of a triangle as 7mm, 9mm and 7mm.
From the given sees you will see that two of the sides are the same showing that the triangle is an isosceles triangle.
An isosceles triangle is a triangle that as two of its sides equal and since two of the sides are both 7mm, hence Lauren's triangle is an ISOSCELES TRIANGLE
Answer:
Angle 1 = 95°, and Angle 2 = 60°
This is due to the definition of congruent polygons, where the corresponding angles, and sides are equivilent just as it is ordered.
The total number of candy bars he sold was 152 candy bars
