A Juan, a Camilo y Sebastián les gusta realizar carreras de sacos, Juan escoge realizar la siguiente estrategia dar dos saltos consecutivos y descansar un momento, Camilo decide realizar tres saltos consecutivos y descansar un momento, Sebastián por su parte decide dar cuatro saltos consecutivos y descansar un momento. ¿Existe la posibilidad de que tanto Juan, Camilo y Sebastián lleguen a un mismo punto en la carrera? No tome en cuenta el punto de salida. ¿Existen otros puntos en donde coincidan los tres amigos? ¿Indique mínimo tres puntos más en donde coincidirían los tres amigos? ayuda porfa

- both graphs increase on their domain.

- the graphs of both functions have the same x-intercept.

- neither graph has a y-intercept.

x-150=475   x=625

step-by-step explanation:

if the bike after the sale ($150) is $475 then just simply add 150 to 475.

true

step-by-step explanation:

intersecting chords are just lines that intersect. so a line is equal to 180 degrees, so when it is intersected by another chord, then it create supplementary angles, and because the lines cross, vertical angels are also formed.

step-by-step explanation:

hihi so drawing these 2 triangles is fairly simple. all that's left is finding the height of each one. luckily, we have a side length and an angle, so there is a trig function we can use to solve for the height. the easiest one to use would be tangent, since we have 2/3 things needed to find and the third needed is what we are solving for. tan(73°) * 30 ~= 98.13 and tan(73°) * 35 ~= 114.45