2 mins for sure depending on the distance for walking
Answer:
906.5 cm
Explanation:
1 m = 100 cm
9.065 m = 100 cm * 9.065 m = 906.5 cm
In the first scenario, upon reaching equilibrium
mg = kx
135 = k(0.21) [Converted x in SI units]
k = 135/(0.21)
Similarly, in the second scenario, upon reaching equilibrium
mg = kx
mg = [(135)(.449)]/(0.21)
mg = weight of the electronic equipment = 289 N(approx)
Answer:
#1 = B, C, & D
#2 = A
#3 = C
#4 = C & A
#5 = C
Hope this helps! Have a good day :D!!
Explanation:
The mass of an object stays the same wherever it is, but its weight can change. This happens if the object goes where the gravitational field strength is different from the gravitational field strength on Earth, such as into space or another planet.
