Answer:
Explanation:
As we know that during the projection of rocket the total mechanical energy is conserved as there is no friction in it's motion
So we will have
now divide whole equation by mass of the object
now we can rearrange above equation to find gravitational constant
So above is the expression for gravitational constant G
Spectrum can can different meaning depending on the specific situation. But overall, a spectrum is a large amount of or infinite collection of values that exist withing a certain range. For example, light wavelengths exist on a spectrum becuase there are an infinite number of different wavelengths.
Hope this helps.<span />
To solve the problem it is necessary to
apply the concept of Load on capacitors.
The charge Q on the plates is proportional
to the potential difference V across the two
plates.
It can be mathematically defined as:
0= CV
Where.
C= Capacitance
V= Voltage
Our values are given as,
C
= 0.60pF
V=30V
Substituting values in the above formula,
we get
Q= CV
Q
= 0.6 * 30
Q
= 18pC
Where
1pC= 10-12Coulomb
Therefore the charge must be 18pC to
Create a 30V pore potential difference
Acceleration due to gravity on that planet is half than that of om earth ~
that is ~
And it's weight is equal to ~
now, As we know ~
here ,
- g = Acceleration due to gravity on that planet = 4.9 m/s²
let find the mass of stone ~
Mass of the stone is 100 kg ~
I hope it helped
Waning Gibbous would be the phase?