Question

Math help

Answer 1

Okay thanks

Answer 2

Let me know what you get but that's the formula

it's half of the difference of the intercepted arcs

Answer 3

Okay I will

Answer 4

Okay tbh I actually have no clue... I'm not good with word problems

Answer 5

bro... just look at the drawing
\[m\angle U= \frac{1}{2} \left( m\overset{\huge\frown}{SW} - m\overset{\huge\frown}{TV} \right)\]
\[ m\angle U=(6x-19)^\circ \]
\[ m\overset{\huge\frown}{SW} =(12x-5)^\circ \]
\[ m\overset{\huge\frown}{TV} = (2x+7)^\circ \]
thus,

\[ (6x-19)^\circ= \frac{1}{2} \left[ (12x-5)^\circ - (2x+7)^\circ \right] (\cdot 2) \]
\[ 2(6x-19)^\circ= \left[ (12x-5)^\circ - (2x+7)^\circ \right] \]
\[ (12x-19)^\circ=\left[ (12x-5)^\circ - (2x+7)^\circ \right] \]
just continue solving for x

Answer 6

okay where did you get msw-mtv?

Answer 7

it's based on the formula

Answer 8

i think those are the formulas where the numbers go

Answer 9

lapsus-- the last one is \( (12x-38)^\circ=\left[ (12x-5)^\circ - (2x+7)^\circ \right]
\)

Answer 10

so he showed the formula first then replaced it with numbers

Answer 11

okay

Answer 12

Okay I did that... 13 right?

Answer 13

yup

Answer 14

good job

Answer 15

Thank you c:

Answer 16

my whole latex went to the bin... but yeah \( x=13 \)

remember? \( m\overset{\huge\frown}{SW} =(12x-5)^\circ
\)

plug 13 in for x, and you will have an answer

Answer 17

so 12x13 minus 5?

Answer 18

positive

Answer 19

okay thanks flor

Answer 20

and az