Answer:
The displacement equation for this periodic motion is given as
y = (0.345 Sin πt) m
y = (0.345 Sin 3.142t) m
Step-by-step explanation:
The displacement equation for periodic motion is given as
y = A sin wt
A = amplitude of the motion, that is, the maximum displacement from the equilibrium position = 0.345 m
w = angular frequency = (2π/T)
T = period of the periodic motion = 2.00 s
w = (2π/T) = (2π/2) = π rad/s
t = time of motion, measured in seconds.
y = (0.345 Sin πt) m
y = (0.345 Sin 3.142t) m
Hope this Helps!!!
I don’t think those are similar... not 100% sure tho. I think they need 2 matching angles to be similar.
The graph line will drop down by 12. meaning your initial cost (without any labor and material costs) goes down by 12, since your unit is in thousands
Answer:
English
Step-by-step explanation:
can you speak English plzzz
we need that
