Here, Your Secret word would be Respiratory system of human body which helps in transporting/Exchange in gases
In short, Your Answer would be "Respiratory"
Hope this helps!
A magnetic field and an electric conductor, such as a coil of wire, moving relative to one another. Current will flow whenever the conductor crosses lines of force with the magnetic field The faster the magnet or coil moves (or more coils/more current), the greater the amount of current that is produced.
Answer: ok so this is a true story when i was little and i always like telling story's so here it is...
Explanation: when i was little i had parents that weren't as good and our house was like scary and it had spiders and i was always scared of them so for Christmas me and my 2 sisters got a doll like a American doll and we got princesses and so my older sister Alexis got Cinderella and my other sister heaven she was the second oldest and she got the little mermaid Ariel and i got belle beauty and the beast and so it was getting late and so me and my sister heaven went to put our dolls away in a box and my sister Alexis wanted to put hers in our room we all share a room and a bed and so she decided to put it on this little princess make up dressing table(i found an image that what it kind of looked like ig) siting down and so everyone was sleeping except my older brother he was the oldest and so he wanted to tell my sister Alexis something and our room door was cracked open and before he went to check on her the doll moved and stand up and when down on the floor and walking in circles and my brother saw it and the doll stopped and the dolls head turned facing him and just drooped and so he ran in his room and stayed up all night till someone else woke up soo yea he never liked dolls never and now thats it i know it took ling but yea
Answer:
A change of direction that light undergoes when it enters a medium with a different density from the one through which it has been traveling.
Answer with Explanations:
Given:
mass of block, m = 0.244 kg
spring constant, k = 5075 N/m
compression distance in spring, x = 0.106 m
Find how high mass reaches after release (measured from point of release)
Solution:
Use conservation of energy, assuming a light spring (of negligible mass)
stored spring potential energy = gravitational potential energy of block
PE1 = PE2
PE1 = kx^2/2 = 5075*0.106^2/2 = 28.512 J
PE2 = mgh = 0.244 * 9.8 * h = 2.3912 h J
Solve for h = 28.512 / 2.3912 = 11.923 m