The path of a meteor passing Earth is affected by its gravitational force and falls to Earth's surface. Another meteor of the sa
2 answers:
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Response:
Details:
Utilizing Faraday's Newmann Lenz law enables the assessment of the induced emf within the loop:
where:
represents the change in magnetic flux
symbolizes the change over time.
#The magnetic flux linked to the coil can be represented as:
Where:
N represents the number of loops.
A denotes the area for each loop ().
B indicates the strength of the magnetic field.
represents the angle between the magnetic field direction and the normal to the loop's area.
=0.0250T/s is indicated as the rate of magnetic field increase.
#Plugging in values into the emf equation:
Thus, the induced emf is
1) 9.18 s
During the initial phase, the rocket accelerates at
over a time interval of
The final velocity after this period is found using the SUVAT formula:
with initial velocity u = 0. Substituting a1 and t1 gives:
Afterward, the rocket decelerates uniformly at
until it stops, meaning the final velocity is
Again using the SUVAT formula,
and knowing , solve for t2, the time until the rocket halts:
2) 299.9 m
Calculate distances covered in both phases.
Distance in the first phase:
Substituting values from part 1,
Distance in the deceleration phase:
Substituting known values,
Total distance traveled is
d = 82.7 m + 217.2 m = 299.9 m
Answer:
The electric field strength, E = 45.19 N/C
Explanation:
It is indicated that,
Surface charge density on the first surface,
Surface charge density on the second surface,
The electric field at a location between the two surfaces can be calculated as:
Consequently, E = 45.19 N/C
Therefore, the electric field's magnitude at a point between both surfaces is 45.19 N/C.