Answer:
the apparent weight of the astronaut in the rocket is 3723 N.
Given:
acceleration = 34 
mass of astronaut = 85 kg
To find:
Apparent weight of the astronaut = ?
Solution:
Total weight of the astronaut in a rocket is given by,
W = w + F
W = apparent weight of the astronaut
w = weight of astronaut on earth surface = mg
F = force acting on the astronaut = ma
W = mg+ma
W = m (g+a)
W = 85 (9.8 + 34)
W = 3723 N
Thus, the apparent weight of the astronaut in the rocket is 3723 N.
It's denoting to a right angle traingle
- Perpendicular=P=3+1.7=4.7m
- Base=B=8.1m
Hypotenuse we need
Apply Pythagorean theorem
- H²=P²+B²
- H²=4.7²+8.1²
- H²=87.7
- H=9.4m
Answer:
The wavelength of the wave is
Explanation:
Lets calculate
We know an electromagnetic wave is propagating through an insulating magnetic material of dielectric constant K and relative permeability
,then the speed of the wave in this dielectric medium is
is less than the speed of the light c and is given by a relation
--------- 1
In case the electromagnetic wave propagating through the insulating magnetic material , the amplitudes of electric and magnetic fields are related as -

The magnitude of the 'time averaged value' of the pointing vector is called the intensity of the wave and is given by a relation

----------- 3
now , we will find the speed of the propagation of an electromagnetic wave by using equation 1

Putting the values ,
=
=
= 
Now , using this above solution , we will find the wavelength of the wave -

Putting the values from above equations -


Hence , the answer is 
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