Okay.. so let me tell you a trick to remember the names in the ascending order (shortest to longest) .. you can reverse that to write in descending order right?
so here it is .. the only name you got to remember is "GRUVIMRA"
I used this to remember the orders in my exams . :) hope it helps you too!
G- Gamma rays
R- x- Rays
U- Ultraviolet rays
V- Visible light
I- Infrared rays
RA - Radio waves
in short your answer is the reverse of this list : Radio waves,Infrared rays,Visible light,Ultraviolet rays , X-rays , Gamma rays
To solve this problem we will apply the linear motion kinematic equations. For which the change of the initial and final velocity is described, as the product of twice the acceleration and the distance traveled. This equation is independent of time, so it is conducive to this exercise.
We will start converting the units.
The definition of the linear equation of kinematic motion states that
Here,
= Final velocity
= Initial velocity
a = Acceleration
x = Displacement
Rearranging to find the acceleration,
Replacing,
Now we know that speed is
Then the distance traveled, starting from the same previous equations would be
Answer:
Conduction
Explanation:
Conduction. When a substance is heated, its particles gain internal energy and move more vigorously. The particles bump into nearby particles and make them vibrate more. This passes internal energy through the substance by conduction , from the hot end to the cold end.
Answer:
8165.138kg/cubic meter
Explanation:
Pressure= 80100 Pascal.= 1N/m^2
Height=10.2 meters
density of the fluid in kg/cubic meter= ?
g=acceleration due to gravity= 9.81m/s^2
The pressure of a system can be calculated using the expression below
P = ρ g h
Where
p =pressure,
h =depth of the liquid,
ρ = density of the liquid,
g = acceleration due to gravity.
If we substitute those values we have
80100 1N/m^2= ρ × 9.81m/s^2
ρ= 80100/9.81
ρ=8165.138kg/cubic meter
Hence, the density of the fluid in kg/cubic meter is 8165.138kg/cubic meter
Ernest Rutherford discovered/proved this in 1911.