![depinedainstcom](/avatars/36606.jpg)
depinedainstcom
07.05.2020 •
Mathematics
"If a ball of mass M is dropped from a height h onto a spring with spring constant k (whose equilibrium positions is at height 0), compresses the spring an additional distance (L/2), and then rebounds, what height will the ball reach? Express your answer symbolically."
So I was thinking something along the lines of h= M*k*(L/2) but I'm not sure :/ Any guidance?
Solved
Show answers
More tips
- H Health and Medicine When can it be said that a person has a normal pulse?...
- A Art and Culture When Will Eurovision 2011 Take Place?...
- S Style and Beauty How to Choose the Perfect Hair Straightener?...
- F Family and Home Why Having Pets at Home is Good for Your Health...
- H Health and Medicine How to perform artificial respiration?...
- H Health and Medicine 10 Tips for Avoiding Vitamin Deficiency...
- F Food and Cooking How to Properly Cook Buckwheat?...
- F Food and Cooking How Many Grams Are In a Tablespoon?...
- L Leisure and Entertainment Carving: History and Techniques for Creating Vegetable and Fruit Decorations...
- P Photography and Videography How to Choose the Perfect Photo Paper for Your Images?...
Answers on questions: Mathematics
- M Mathematics In the triangle below, determine the measure of angle c...
- M Mathematics Through (1,3) perpendicular to 3x+2y=5...
- H History Would confucius find socrates guilty for corrupting the minds of the youth ?...
- H History The principle of federalism as described by which of the following? state and local governments have absolute authority, government as authorized by constitution, powers are separated...
- B Biology Which of the following is not a strategy for reducing health risks from chemicals? a. eliminate the use of leaded gasoline b. reduce the sulfur content of fuel c. increase production...
- G Geography Look at the picture to answer....
Ответ:
Step-by-step explanation:
Given
Mass of ball is M is dropped from a height h
spring constant is k
Here we can use conservation of energy
Mass has a Potential energy of E=mgh
and when it falls on the spring then it compresses it a length of 0.5 L
Now potential energy is converted into Elastic potential energy and then spring unleashes this energy to the mass and again provide kinetic energy to mass to move upward .
In this way energy is conserved. So, mass must move to an initial height h
considering![h 0.5L](/tpl/images/0651/3718/ac9bb.png)
Ответ:
Why did the gym close down?
Step-by-step explanation:
I dont know it just didn't ''workout''