Answer:
96w
Explanation:
p=Iv..where v=12 and I=8.0
Answer:
The smallest microwave frequency is 1.5 GHz.
Explanation:
Given that,
Distance d= 20 cm
We need to calculate the wavelength
Using formula for maximum diffraction

For maximum, 


We need to calculate the frequency




Hence, The smallest microwave frequency is 1.5 GHz.
Explanation:
a) If you do a work done of about 83.0 J and if we consider that there is no energy lose then the energy stored in the spring will be 83.0 J. So we can write it as,
U = 83.0 J
Energy stored in spring is,
U = 
∵ k is the spring constant
∵ x is the distance that tells us how much the spring is compressed or stretched.
We can solve the problem by separately considering the springs or we take these two springs as one spring. So the spring constant ill be
k = 
= 2(83)/(0.160)²= 6484 N/m
now the force needed to keep the spring compressed
F = kx =
= 1037 N
b) The additional work done can be find out by the change n potential energy due to compression of spring.
Final potential energy = 
The additional work 332-83 = 249 J
c) F = k(2x)
= (6484)(2)(0.220) = 2851 N
Answer:
They all travel at the same speed
Explanation: the speed of light — in a vacuum, but when they come into contact with matter, they slow down. ... Opaque objects transmit little or no visible light, translucent objects transmit some, and transparent objects transmit almost all, which is why we can see through them.
Answer:
because of the heats came from to ultraviolet trnasform and i thankyou