In ΔOPQ, O Q ‾ OQ ​ is extended through point Q to point R, m ∠ P Q R = ( 7 x − 19 ) ∘ m∠PQR=(7x−19) ∘ , m ∠ O P Q = ( 2 x − 3 ) ∘ m∠OPQ=(2x−3) ∘ , and m ∠ Q O P = ( x + 16 ) ∘ m∠QOP=(x+16) ∘ . Find m ∠ P Q R . m∠PQR.

example 2 – simplify: step 1: completely factor both the numerators and denominators of all fractions. step 2: change the division sign to a multiplication sign and flip (or reciprocate) the fraction after the division sign; essential you need to multiply by the reciprocal. step 3 : cancel or reduce the fractions.

hey! so 1 (25) out of 4 (100) is 25 so your answer is 25%. it's like quarters!

i believe the answer is 323 ft

step-by-step explanation:

x coordinate can be written by using the formula, x= x1 + 2/5(x2 - x1)

step-by-step explanation:

formula

x = x1 + p/w(x2 - x1)

let the line segment ab with a(x1,y1) and b(x2,y2)

a point(x,y) divide ab in the ratio, 2: 3 the x coordinate can be written as

x = x1 + p/w(x2 - x1)

here p=2 and w = 2+3

therefore,

x coordinate can be written by using the formula, x= x1 + 2/5(x2 - x1)

similarly y coordinate y = y1 + 2/5(y2 - y1)