The formula relating linear velocity v and angular velocity ω for a circle of radius r is______ , where the angular velocity mu
1 answer:
Answer:
Step-by-step explanation:
The formula relating linear velocity v and angular velocity ω for a circle of radius r is
where v = linear velocity in m/s
w= angular velocity in rad/s
r= radius of curve
Both linear and angular velocity relates to speeds of objects, while linear velocity is to objects that moves, angular velocity is to objects that turns
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For this case we have an equation of the form:
Where,
v0: initial value in assets
b: depreciation rate
t: time in years.
Substituting values we have:
For year 8 we have:
Rounding off we have:
V (t) = 83401
Answer:
the value of V0 and b are:
V0 = $ 408,000
b = 0.82
the value of the assets after 8 years is:V (t) = 83401 $
Where,
v0: initial value in assets
b: depreciation rate
t: time in years.
Substituting values we have:
For year 8 we have:
Rounding off we have:
V (t) = 83401
Answer:
the value of V0 and b are:
V0 = $ 408,000
b = 0.82
the value of the assets after 8 years is:V (t) = 83401 $