It will take 9 minutes and 20 seconds.
There's 120 seconds in 2 minutes and divide it by 3 seconds you'll get 40 seconds for each photographs. 40*2=80
Answer:
the y-intercept of this linear function is -8.
Step-by-step explanation:
1) use distributive property to simplify the brackets on the right hand side.
y - 4 = 2x -12
2) move -4 from the left hand side, to the right hand side.
y= 2x -12 + 4
3) add -12 and 4.
y= 2x - 8
Answer:
5.36 < 27/5 < 33/6 < 5 3/5 or 5.36, 27/5, 33/6, 5 3/5
Step-by-step explanation:
Remember these two combinations: logab=loga+logb, log(a/b)=loga-logb
3logx=logx^3
(1/2)log(x+2)=log(x+2)^(1/2)
2log(z-4)=log(z-4)^2
so the given expression can be combined into log{[(x^3)(z-4)^2]/(x+2)^(1/2)}
Answer:
h(t) = 4.68 seconds
Step-by-step explanation:
The function that represents the height of each firework in feet is :
.....(1)
We need to find the time the fireworks take to reach their maximum height. For maximum height,
dh/dt = 0
So,
Put t = 4.68 in equation (1).
So, the fireworks will take 4.68 seconds to their maximum height.
