Answer:
They would have to relocate to a different tree or relocate or a different area that has trees.
Explanation:
An animal might use more than one type of clue to find its way due to change in the way one mechanism used to work.
Different animals have different senses heightened, that lets them use different mechanisms to navigate. Some of the mechanism include remembering landmarks, solar navigation, star navigation, magnetoreception, olfaction, gravity receptors etc.
For example, a bird using landmark to navigate will find it hard to navigate in the same way again if the landmark has been changed. So it has to depend on other senses such as olfaction or magnetoreception to navigate.
Therefore, an animal might use more than one type of clue to find its way due to change in the way one mechanism used to work.
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You don't want it to be heat resistant. You want it to conduct heat
as much as possible, so that the heat can flow easily away from the
LED and into the heat sink.
This is a common, everyday situation in electronics construction,
and there's a special substance formulated for exactly that job.
I don't know what its real name is ... I just call it heat-sink-compound,
-paste, -grease, or -goopy. It's available everywhere, and I know
for a fact that it's available at the chain of stores which I can't name
here but which rhymes with Shady-o-Flack. I've bought it there.
I'll even give you a tip on how to handle it: It's not dangerous, but
once it gets into anything or on anything, it doesn't come out or off.
So when you're working with it, wear disposable gloves and a bib.
Answer:
a = -16.9 ft/s²
Explanation:
81.8 mi/hr(5280 ft/mi / 3600s/hr) = 120 ft/s
a = Δv/t = (0 - 120) / 7.1 = -16.9 ft/s²
if the initial direction is taken as the positive direction.
To solve this problem we will apply the concepts related to the balance of Forces, the centripetal Force and Newton's second law.
I will also attach a free body diagram that allows a better understanding of the problem.
For there to be a balance between weight and normal strength, these two must be equivalent to the centripetal Force, therefore
Here,
m = Net mass
= Angular velocity
r = Radius
W = Weight
N = Normal Force
The net mass is equivalent to
Then,
Replacing we have then,
Solving to find the angular velocity we have,
Therefore the angular velocity is 0.309rad/s