The correct value of ''n'' in this equation will be -9
- Step-by-step explanation:
In order to find the value of ''n'' in this equation of the first degree, just <u>isolate ''</u><u>n</u><u>''</u>, and divide the right side into the left side of the equation:




So we can conclude that the value of ''n'' in this equation will be -9
The speed of the satellite is v = √(Gmp/r)
At the geostationary orbit, the gravitational force of attraction of the planet on the satellite equals the centripetal force on the satellite.
Let F = gravitational force
where G = universal gravitational constant, mp = mass of the planet, m = mass of satellite and r = radius of geostationary orbit.
Also, the centripetal force F'
where m = mass of satellite, v = speed of satellite and r = radius of geostationary orbit.
Since both forces are equal,
F = F'


So, the speed of the satellite is v = √(Gmp/r)
Learn more about speed of a satellite here:
brainly.com/question/20162935
If it is 1st degree (highest exponent is 1) then it is linear
3x^1=5y^1
yep, it's linear
(0,33) and (4.8, 30.5) meet our mathematical conditions for this situation.
2c + 4d = 92
substitute the given values into the expression and evaluate
2c + 4d = (2 × 30) + (4 × 8) = 60 + 32 = 92