Answer: 10,500 kg m/s
Explanation: (1,000 + 50)(10)
Answer:

Explanation:
Using Snell's law which is represented by

Making
the subject of the formula then

Here
and
are the angles of incidence and refraction in water and air respectively
and
are refraction index
Substituting 1.0003 for
and 1.33 for
then
for
we obtain

Answer:

Explanation:
To give a solution to the exercise, it is necessary to consider the concepts related to magnetic flux and Faraday's law of induction. Faraday's law states that the voltage induced in a closed circuit is directly proportional to the speed with which the magnetic flux that crosses any surface with the circuit as an edge changes over time.
It is represented under the equation,

Where,
is the induced electromotive force
N = Number of loops
= Time
= Magnetic Flux
For definition the change in magnetic flux is:

Where,
B= Magnetic field
Substituting at the first equation we have


Our values are given by,
N = 1 turn


r = 1.6mm


Replacing,


<em>Therefore the magnitud of the induced emf around a horizontal circle of tissue is
</em>
Possibly, what’s the question?