PHYSICS HIGH SCHOOL

Why does lowering the centre of gravity increase stability?

Answers

Answer 1
Answer:

Lowering the center of gravity increase stability. Increasing stability is characterized by a large base support, a centralized center of gravity projection within the base support, a large body mass and high friction at the ground interface. 

Related Questions

Question #4 Multiple Choice Which of the following is a similarity between an industrial metrologist and a legal metrologist? Both are employed by private companies Both ensure confidence in the quality of measurements Both ensure adequate functioning of measurement instruments Both develop measurement standards based on research​
The expiration date on a product refers to the last date a product should be __________.
earth were now in synchronous rotation with the moon? that is, suppose that earth rotated at the same rate that the moon orbits earth. what would be differ-ent about earth and life on it?
Please help, question is timed...
Direct current is the flow of an electric charge?

The strength of the electric field 0.5 m from a 6 µC charge is N/C. (Use k = 8.99 × 109 N•

Answers

The formula for Electric Field Strength:

E = Q /(4πε₀r²)

Note:

1 /(4πε₀) = k = 8.99 * 10⁹ Nm²/C²

Q = 6 μC = 6 * 10⁻⁶ C.          r = 0.5m

E = kQ / r²

E = (8.99 * 10⁹ * 6 * 10⁻⁶) /(0.5²)       Use a calculator

E = 215.6 * 10³  N/C

Electric field strength = 215 600 N/C.

I hope this helps.

Deep currents flow along the __________.halocline
ocean floor
ocean surface
thermocline

Answers

     Your answer would be that deep currents flow along the ocean floor.

Final answer:

Deep ocean currents primarily flow along the ocean floor, driven by variations in water density. The halocline and thermocline are transitional layers in the ocean, but do not direct deep current flow.

Explanation:

Deep currents in the ocean predominantly flow along the ocean floor. These are also known as deep-ocean or abyssal currents. Unlike surface currents, which are mainly driven by wind, deep ocean currents are driven by variations in water density, which involves factors such as differences in temperature and salinity. The halocline and thermocline refer to transitional layers within the ocean where salinity and temperature change rapidly, respectively. However, they do not necessarily direct the flow of deep currents.

Learn more about Deep Ocean Currents here:

brainly.com/question/21654036

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Isotopes have variable numbers of electrons.
a. True
b. False

Answers

Isotopes have the same number of valence electrons

When an oxygen atom forms an ion, it gains two electrons. What is the electrical charge of the oxygen ion? A.
-1

B.
-2

C.
+2

D.
+1

Answers

-2. This is because it is gaining electrons. Electrons are negative. Therefore it is a negative charge.

Big Al stands on a skateboard at a rest and throws a 0.5-kilogram rock at a velocity of 10.0 m /sec. Big Al moves back at 0.05 m/sec. What is the combined mass of Big Al and the skateboard?

Answers

let
his and skateboard's combined mass is x
we know
F1=-F2
0.5kg*10m/s=-0.05m/s xkg
5=0.05x(minus cancel with the m/s as it represented the opposite direction of velocity and now there is no velocity in this equation.. so minus is avoidable. and the kgs cancel out)
x=10
so their combined mass is a 100 kg.. (I hope I didn't mess thing up for you)

Where does the material for new mountain ranges come from

Answers

In the formation of mountain ranges and all other landforms, there is always a cycle involved. As one mountain comes up, another land gets pushed down into the hot mantle, where the rock will melt. Due to convection currents, the tectonic plates move and their boundaries cause them to interact with each other. As mountain ranges are formed, other land gets pushed up forming what we know are mountains, with rising magma from other parts of the world solidifying creating new rock to fill the empty space.
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