Pseudocodigo:
Inicio
tabla[5][5] int
r int
c int
suma=0.0 int
for(r=0 to 4 step r=r+1)
{
for(c=0 to 5 step c=c+1)
{
print "tabla [ ", r, ",", c, " ]= "
read tabla[r][c]
}
}
for(c=0 to 5 step c=c+1)
{
suma=0
for(r=0 to 4 step r=r+1)
{
suma=suma+tabla[r][c]
}
tabla[r][c]=suma
}
print " "
for(r=0 to 4 step r=r+1)
{
for(c=0 to 5 step c=c+1)
{
print tabla[r][c]<<" "
}
print " "
}
Final
Programa
Problema 2
Pseudocodigo:
Inicio
tabla[4][5] int
r int
c int
suma=0 int
for(r=0 to 4 step r=r+1)
{
for(c=0 to 5 step c=c+1)
{
print "tabla[", r, ",", c, "]= "
read tabla[r][c]
}
}
for(r=0 to 4 step r=r+1)
{
suma=0
for(c=0 to 5 step c=c+1)
{
suma=suma+tabla[r][c]
print tabla[r][c], " "
}
print suma
}
Final
Programa
problema 3
Pseudocodigo:
Inicio
m[4][5] int
suma=0 int
c int
r int
for(c=0 to 5 step c=c+1)
{
suma=0
for(r=0 to 4 step r=r+1)
{
print "m[" ,r, "," ,c, "]:"
cin>>m[r][c]
suma=suma+m[r][c]
}
print "La suma de la columna, c, “es: ”, suma
}
Final
programa
Problema 4
Pseudocodigo:
Inicio
tabla[5][5] int
r int
c int
suma=0.0 int
for(r=0 to 4 step r=r+1)
{
for(c=0 to 5 step c=c+1)
{
print "tabla [ ", r, ",", c, " ]= "
read tabla[r][c]
}
}
for(c=0 to 5 step c=c+1)
{
suma=0
for(r=0 to 4 step r=r+1)
{
suma=suma+tabla[r][c]
}
tabla[r][c]=suma
}
print " "
print "Datos de la tabla”
for(r=0 to 4 step r=r+1)
{
for(c=0 to 5 step c=c+1)
{
print tabla[r][c], " "
}
print " "
}
Final
.
Programa
problema 5
Pseudocodigo:
Inicio
tabla[5][7] int
r int
c int
randomize()
print "Tabla con numeros aleatorios"
print " "
for(r=0 to 5 step r=r+1)
{
for(c=0 to 7 step c=c+1)
{
tabla[r][c]=random(100)
print tabla[r][c], " "
}
print " "
}
Final
Programa
Problema 6
Pseudocodigo:
Inicio
a[5][5] int
b[5][5] int
I int
j int
randomize()
for(i=0 to 5 step i=i+1)
{
for(j=0 to 5 step j=j+1)
{
a[i][j]=random(1000)+1
b[j][i]=a[i][j]
}
}
print "Matriz original"
print " "
for(i=0 to 5 step i=i+1)
{
for(j=0 to 5 step j=j+1)
{
print a[i][j], " "
}
print " "
}
print "Matriz traspuesta"
print " "
for(i=0 to 5 step i=i+1)
{
for(j=0 to 5 step j=j+1)
{
print b[i][j], " "
}
print " "
}
Final
Programa
Problema 7
Pseudocodigo:
Inicio
a[5][5] int
b[5][5] int
i int
j int
suma=0.0 int
randomize()
for(i=0 to 5 step i=i+1)
{
for(j=0 to 5 step j=j+1)
{
a[i][j]=random(1000)+1
}
}
suma=0.0
for(i=0 to 5 step i=i+1)
{
suma=suma+a[i][i]
}
print "La suma de la diagonal principal es: ", suma
print " "
suma=0.0
j=4
for(i=0 to 5 step i=i+1)
{
suma=suma+a[i][j]
j=j-1
}
print "La suma de la diagonal inversa es: ", suma
Final
Programa
problema 8
Pseudocodigo:
Inicio
a[10][10] int
max int
min int
I int
j int
randomize()
for(i=0 to 10 step i=i+1)
{
for(j=0 to 10 step j=j+1)
{
a[i][j]=random(1000)+1
}
}
print "Matriz de 10 X 10"
print " "
for(i=0 to 10 step i=i+1)
{
for(j=0 to 10 step j=j+1)
{
print a[i][j]<<" "
}
print " "
}
for(i=0 to 10 step i=i+1)
{
for(j=0 to 10 step j=j+1)
{
if(a[i][j]>max)
max=a[i][j]
}
}
print "El maximo es: ", max
print " "
for(i=0 to 10 step i=i+1)
{
for(j=0 to 10 step j=j+1)
{
if(a[i][j]<min)
min=a[i][j]
}
}
print "El maximo es: ", min
Final
Programa
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