Answer:
Technology allows us to observe things that cannot be sensed or observed by the limits of our natural senses. For example, technology allowed us to observe the first cells, without the invention of the microscope, we would have not been able to discover cells. This is how many of our theories, laws and other scientific facts were discovered.
Not only that, when it comes to objective measurements or observations, technology can be more precise.
The answer is : <span>Gravity draws an object towards its strongest point. The main things holding you back are air resistance and friction. As a hill gets steeper, you are more in line with the center of gravity, so it overcomes friction and you move faster. Eventually when you are moving vertically there is no friction other than air resistance itself. At this time you will accelerate at 32 feet per second every second until you either hit something or reach terminal velocity which is around 120 mph. Air resistance (on the Earth at least) will not allow you to travel any faster. Hope this Helped! Good Luck! :)</span>
Explanation:
KE = KE
½ mv² = ½ mv²
½ (1.88 g) v² = ½ (230.5 g) (58.5 m/s)²
v = 648 m/s
If a = 2.0 cm, b = 5.0 cm, and i = 20 a, 6.0 μt is the magnitude of the magnetic field at the point p, So the correct option is (a).
The magnetic influence on moving electric charges, electric currents, and magnetic materials is described by a magnetic field, which is a vector field. A force perpendicular to the charge's own velocity and the magnetic field acts on it when the charge is travelling through a magnetic field.
= μ
i
/ 
= μ
i
/ 
As,
is moving down and
is moving up so,
-
= (μ
i
/
) - [μ
i
/
]
-
= μ
i 24 / 
-
= 
-
= 5.98×
T ≈ 6μT
Therefore, 6.0 μt is the magnitude of the magnetic field .
Learn more about magnetic field here;
brainly.com/question/23096032
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