Answer:


Explanation:


if t=3.6s and initial velocity, v0, is -5m/s


if t=3.6s and the initial displacement, s0, is -8m:

The answer is A. When the the temperature increases the kinetic energy increases
It is the number of waves passing a point in a certain time.
Answer:
P = 5280 W
Explanation:
The conductivity of the materials determines that heat flows from the hot part to the cold part, the equation for thermal conductivity transfer is
P = Q / t = k A (
-
) / L
Where k is the thermal conductivity of the glass 0.8 W / ºC, A the area of the window, T the temperature and L is glass thickness
Let's calculate the window area
A = l * a
A = 2.0 1.0
A = 2.0 m²
Let's replace
L = 0.5 cm (1 m / 100 cm) = 0.005 m
P = 0.8 2 (20.5 - 4) / 0.005
P = 5280 W
Answer:
sorry
Explanation:
I dont know the anwser to that one