Allgemeines Dreieck Aufgabe :
C
Sinussatz
↓ A
a =
x = c D
sin() sin(B) sin (5) in
*
apy 9 /Bi
,
Kosinussalz
ac =
bz + c -
2b2 ·
coS(x)
b2 + c a
Cos()
-
=
2DC
Höhe & Höhenfußpunkt
bz c2 a2 a2 + c -
b2
p +
=
a
-
=
2C 2C
c =
p +
9
n =
b2 -
p n =
al -
92
Fläche
A =
1
Fläche Heron
S =
A = S (S-a) (s b) (s c) A =
b
.
c
.
a + +
- . -
s =
2
Allgemeines Dreieck Aufgabe :
C
Sinussatz
↓ A
a =
x = c D
sin() sin(B) sin (5) in
*
apy 9 /Bi
,
Kosinussalz
ac =
bz + c -
2b2 ·
coS(x)
b2 + c a
Cos()
-
=
2DC
Höhe & Höhenfußpunkt
bz c2 a2 a2 + c -
b2
p +
=
a
-
=
2C 2C
c =
p +
9
n =
b2 -
p n =
al -
92
Fläche
A =
1
Fläche Heron
S = A =
a + b + c A = S .
(S a) (s b) (s c)
-
.
- . -
S =
2
C
Sinussatz
↓ A
a =
x = c D
sin() sin(B) sin (5) in
*
apy 9 /Bi
,
Kosinussalz
ac =
bz + c -
2b2 ·
coS(x)
b2 + c a
Cos()
-
=
2DC
Höhe & Höhenfußpunkt
bz c2 a2 a2 + c -
b2
p +
=
a
-
=
2C 2C
c =
p +
9
n =
b2 -
p n =
al -
92
Fläche
A =
1
Fläche Heron
S =
A = S (S-a) (s b) (s c) A =
b
.
c
.
a + +
- . -
s =
2
Allgemeines Dreieck Aufgabe :
C
Sinussatz
↓ A
a =
x = c D
sin() sin(B) sin (5) in
*
apy 9 /Bi
,
Kosinussalz
ac =
bz + c -
2b2 ·
coS(x)
b2 + c a
Cos()
-
=
2DC
Höhe & Höhenfußpunkt
bz c2 a2 a2 + c -
b2
p +
=
a
-
=
2C 2C
c =
p +
9
n =
b2 -
p n =
al -
92
Fläche
A =
1
Fläche Heron
S = A =
a + b + c A = S .
(S a) (s b) (s c)
-
.
- . -
S =
2
