1. 408.4 J
The work done by a gas is given by:

where
p is the gas pressure
is the change in volume of the gas
In this problem,
(atmospheric pressure)
is the change in volume
So, the work done is

2. 10170 J
The amount of heat added to the water to completely boil it is equal to the latent heat of vaporization:

where
m is the mass of the water
is the specific latent heat of vaporization
The initial volume of water is

and the water density is

So the water mass is

So, the amount of heat added to the water is

Answer:
Linear momentum= Mass*Velocity
P=mv
P=60*10
P=600Kg m/s
Answer: 183.8Hz
Explanation:
Given that,
wavelength of sound (λ) = 1.85 m
frequency of the sound (F) = ?
Recall that the speed of sound (V) in air is a constant with a value of 340m/s
So, apply the formula
V = F λ
340 m/s = F x 1.85 m
F = 340m/s / 1.85m
F = 183.8Hz
Thus, the frequency of the sound that is
generated is 183.8 hertz
Answer:
V/A
Explanation:
Resistance equals voltage divided by current. You already know resistance's unit is the Ohm. Voltage's unit is the Volt and current's is ths Ampere. Now you can do something like this:
1Ω=
⇔
Ω=V/A
Hope this helped :)