Answer:
K = 109.1 N/m
Explanation:
From the question, the following parameters are given.
Extension e = 55 m
Force F = 6000N
According to Hooke's law,
F = Ke
Where K = spring constant.
Substitute F and e into the formula and make K the subject of formula.
6000 = K × 55
K = 6000/55
K = 109.1 N/m
Therefore, the spring constant of a bungee cord that stretches is 109.1 N/m
There are more than two.
The two that you're thinking of are the Fahrenheit and Celsius scales.
But sometime when you feel like it and have a few minutes to spare,
you might like to go online and read about these other scales:
-- Kelvin
-- Rankine
-- Reaumur
-- Newton
-- Delisle
-- Rømer
Answer:
Parallel circuit
Explanation:
A parallel circuit is a closed circuit in which current flows and divide in two or more paths and recombining to complete the circuit, each load (light bulb) receives the fully voltage of the batteries in the circuit.
Answer:
Very fast!
Explanation:
The waves are traveling very fast. I know this because they're not traveling slow for sure.
If this is incorrect, they're probably traveling moderately fast.