Power = I^2 x R
Energy = Power x Time
Answer: Troposphere
Explanation:
Fairly over the "surface" of Uranus lies the troposphere, where the atmosphere is the densest. The temperature ranges from a minus 243 degrees Fahrenheit (minus 153 degrees Celsius) to minus 370 F (minus 218 C) , with the upper regions being the coldest. This makes the atmosphere of Uranus the coldest within the solar system. Inside the troposphere are layers of clouds — water clouds at the least weights, with ammonium hydro sulfide clouds over them. Alkali and hydrogen sulfide clouds come following. At long last, lean methane clouds lay on the best. The troposphere amplifies 30 miles (50 kilometers) from the surface of the planet.
Using this information, we can determine that the Troposphere is the densest layer of Uranus's atmosphere.
Answer:
No
Explanation:
Plastic bags are not magnetic materials, only magnetic materials (such as iron) can be attracted by the magnet.
Hope this helps.
Answer:
12.88 s
Explanation:
We can solve this problem by considering only the first half the motion, from the moment the ball is projected upward to the moment it reaches its maximum height.
Since this is a uniformly accelerated motion, we can use the following suvat equation:
where:
s is the vertical displacement
v is the final velocity
t is the time
a is the acceleration
Here we have:
v = 0: the vertical velocity is zero when the ball has reached its maximum height, that is
s = 203 m
(acceleration of gravity, negative because it is downward)
Solving the equation for t, we find the time at which the ball reaches the maximum height:
The second half of the motion is symmetrical and identical to the first one, so the total time in air is just twice this time, therefore:
Answer:
The velocity of the light will be 1.0c only
Explanation:
The velocity of the light measured in the case given in question will be 1.0c only.
This is due to the fact that the velocity of light is never relative. The velocity of the light is maximum
The velocity of the light cannot be scaled down in no case
Thus, the velocity of the light remains as constant.
Hence, the velocity of the light measured will be 1.0c although the ships have relative velocity.
