If you factor 3x from the expression, you have
So, we have
We easily have
So, one solution is x=0.
The other solutions depend on the quadratic equation:
So, the solutions are
Answer:
Step-by-step explanation:
yeah on the first on i got x= 54 but my brain is mush to do the rest sorry my dude
Step-by-step explanation:
11)
d=√[(-2-(-3))^2+(3-10)^2]=√(-2+3)^2+(-7)^2
=√1+49=√50=7.07 approximately
12)
M (((-1)+(-7))/2 , (2+(-4))/2)=(-8/2 , -2/2)=(-4 ,-1)
The percentage of newborns who were boys is 65.71%.
At a local hospital, 35 babies were born.
There are 23 were boys.
What percentage of the newborns were boys?
At a local hospital, 35 babies were born.
There are 23 were boys.
Then,
The percentage of the newborns were boys is determined by,
Substitute all the values in the formula.
Hence, the percentage of newborns who were boys is 65.71%.
To know more about Percentages click the link given below.
A. Greater than
B. Less than
C. Equal to
Answer:
1) N^2 + 1
2) 5*N - 9
3) n*5 + 1 (con n entero)
4) n*2 + 1 (con n entero)
Step-by-step explanation:
1) El cuadrado de un número aumentado en 1.
Podemos definir a N como el número.
El cuadrado de N es:
N^2
Y a esto lo tenemos que aumentar en 1, entonces tenemos:
N^2 + 1
Esto es el cuadrado de un número aumentado en 1.
2) Cinco veces un número menos 8.
Esto es:
5*N (5 veces un número)
Y a esto le restamos 8, para obtener:
5*N - 8
3) El número siguiente a un múltiplo de 5
Un multiplo de 5 se escribe como:
n*5
Donde n es un número entero.
El numero siguiente es:
n*5 + 1
4) Un número impar.
Bien, sabemos que un número par es un multiplo de 2.
Entonces:
n*2 es un número par.
Entonces, n*2 + 1 tiene que ser un numero impar.
En este caso la expresión algebraica es:
n*2 + 1