The equation x^2 + 11x + 24 looks like this when graphed.
I hope this helps!
Answer: 11:50
Step-by-step explanation:
Ok, la manecilla de los minutos apunta al numero X.
si la ora es Y, entonces Y + X = 12:00
podemos asumir que Y es 11:y
y es la cantidad de minutos despues de las 11, es un numero entre 0 y 59 (por que una hora solo puede tener 60 minutos)
Si la manecilla de los minutos apunta al numero 6 por ejemplo, entoces:
y = 11:30 y X = 6 min
X + y = 11:30 + 0:06 = 11:36
Así funciona.
la equacion es:
y = 5*X
y tambien queremos que:
X + y = 60min
reemplazo y por lo de la equacion de arriba:
X + y = X + 5*X = 6X = 60min
X = 10
Si la manecilla apunta al 10, tenemos que:
y = 11:50 y X = 10min
y + X = 11:50 + 0:10 = 12:00
Entonces podemos concluir que la hora es 11:50.
Step-by-step explanation:
it is a simple addition and subtraction sequence :
10 + 0 + -21 + 14 = 3
since the result is positive, it is overall a gain.
if the result were negative, it would be an overall loss.
so, he had an overall gain of 3 yards.
Answer: C or 2 seconds.
Step-by-step explanation:
To find the vertex in a standard form equation: (-b/2a,f(-b/2a))
plug it in: -64/2*-32 = 2
Answer:
(a) 218.6 N
(b) 97.14 N
Step-by-step explanation:
When the system is in equilibrium, the net torque on the system is zero.
AC = 1.5 m, CD = 2.3 m, DB = 5 - 1.5 - 2.3 = 1.2 m
Let the centre of gravity of plank is at G.
AG = 2.5 m, CG = 2.5 - 1.5 = 1 m, GB = 2.5 m
(a) Let the reaction at C is R and at D is R'.
R + R' = 29 x 9.8 = 284.2 N ... (1)
Take the torque about C.
29 x 9.8 x CG = R' x GD
29 x 9.8 x 1 = R' x 1.3
R' = 218.6 N
(b) Take the torque about D.
6 x 9.8 x AD = R x CD
6 x 9.8 x (1.5 + 2.3) = R x 2.3
R = 97.14 N
