Answer:
F1 = 80
Explanation:
f1= f2 √ (F1/F2)
Where f1 = 300, f2 = 260 and F2 = 60
Putting in the above formula
300 = 260√(F1/60)
Dividing both sides by 260
=> 1.15 = √(F1/60)
Squaring both sides
=> 1.33 = F1/60
Multiplying both sides by 60
=> F1 = 80
Answer: The gravitational potential energy is
8.74 ×10^8Joules
Explanation:
To find the gravitational potential energy between ANY two objects that have mass, such as the Earth and the moon, you need to know the universal gravitational constant (G), the mass of the two objects (M and m), and the center to center distance between them (r).
The equation for determining gravitational potential energy Ug = - GMm/r
Where G = gravitational constant 6.67×10^-11
r = radius of the earth = 6.378×10^6m
M = mass of the earth = 5.97 ×10^24kg
m = mass of object = 14kg
Substituting into the equation
Ug = [( 6.67×10^11)(5.97×10^24)(14)] / (6.378×10^6)
Ug = (5.575×10^15)/(6.378×10^6)
Ug = 8.74 ×10^8 Joules
Milky way doesnt have planets oribting arount the sun like our solarsystem.
speed, volume, mass, temperature and power
The answer is 86 degrees Fahrenheit. Formula is (30 x 9.5) + 32 = 86