Conguent modulo please tell me about congruent modulo relation

Sorry we do not do homework here.

A SSA does not prove congruent triangles. In most cases there are 2 possible triangles that can be made

Three congruent angles means it is an equilateral triangle, so by definition it has 3 congruent sides. Or, by the Sine Rule of triangles

a/sinA = b/sinB = c/sinC

and since A = B = C (given) then a = b = c.
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Try printing a test 6 on the most thin and very thick paper, it is advisable two sheets in a row without stopping. If the distance between the colors change, will only clean the transfer unit with full disassembly!!! The main thing is to clean the transfer belt inside (do not use alcohol to clean, only use a cloth lightly dampened with water).
The rest of the machine will do it.

The fx-115ES does not have a modulo operator. However, it is possible to compute the remainder using integer arithmetic. Press MODE 4 to shift into integer mode. Then calculate A modulo B as
A - B * (A / B). For example, to calculate 41 modulo 6, press
4 1 - 6 * ( 4 1 / 6 ) =
and get 5.

Press MODE 1 to return to real arithmetic.

The fx-115ES does not have a modulo operator. However, it is possible to compute the remainder using integer arithmetic. Press MODE 4 to shift into integer mode. Then calculate A modulo B as
A - B * (A / B). For example, to calculate 41 modulo 6, press
4 1 - 6 * ( 4 1 / 6 ) =
and get 5.

Press MODE 1 to return to real arithmetic.

The fx-115ES does not have a modulo operator. However, it is possible to compute the remainder using integer arithmetic. Press MODE 4 to shift into integer mode. Then calculate A modulo B as
A - B * (A / B). For example, to calculate 2 modulo 100, press
2 - 1 0 0 * ( 2/ 1 0 0 ) =
and get 2.

Press MODE 1 to return to real arithmetic.

The fx-115ES does not have a modulo operator. However, it is possible to compute the remainder using integer arithmetic. Press MODE 4 to shift into integer mode. Then calculate A modulo B as
A - B * (A / B). For example, to calculate 41 modulo 6, press
4 1 - 6 * ( 4 1 / 6 ) =
and get 5.

Press MODE 1 to return to real arithmetic.

Pueden ser una de dos cosas.
1. Fuente de poder esta defectuosa y no produce el suficiente amperaje para todos los componentes de tu micro.
2. Algun modulo de memoria esta fallando.

Comienza removiendo los modulos de memoria, y conecta solo una.
Enciende la micro a ver si enciende.
Si no, sacala, y coloca otro modulo, y enciendela.

Si no lo consigues, prueba con otra fuente de poder.
Una de las dos es tu respuesta.

No te olvides de dejar un comentario si te ayuda esta respuesta.

PRENDE ILUMINA CON DESTELLO POR UN SEGUNDO SIN SONIDO, SE DESCARTO MODULO INVERSOR