filmov
tv
Determining the Spring Constant of DNA Using Hooke's Law & Coulomb's Law
Показать описание
From WebAssign:
"A molecule of DNA (deoxyribonucleic acid) is 2.33 µm long. The ends of the molecule become singly ionized: negative on one end, positive on the other. The helical molecule acts like a spring and compresses 1.00% upon becoming charged, and remains in this equilibrium position. Determine the effective spring constant of the molecule."
0:06:45
How to determine the spring constant
0:05:48
GCSE Physics - Elasticity, spring constant, and Hooke's Law #44
0:05:46
Determining the Spring Constant, k, with a Vertically Hanging Mass
0:00:55
Calculating A Spring Constant (Mechanics)
0:04:49
Simple Harmonic Motion: Hooke's Law
0:04:17
How to solve for the Spring Constant of a Mass on a Spring (Medium)
0:06:42
How To Calculate The Work Required To Compress a Spring
0:12:11
Two ways to find the spring constant - WITH GRAPHS
1:17:52
Fa2024 MechMat: Session 24 - Beams V - Deflection
0:04:15
HOOKE'S LAW CALCULATIONS(COMBINED SPRINGS).
0:15:19
Hooke's Law - GCSE Science Required Practical
0:01:43
Determine spring constant using an oscillating spring
0:12:15
TO FIND FORCE CONSTANT OF HELICAL SPRING. #CBSE#PhysicsPractical#Class11#ExperientialPhysics
0:05:28
The Spring Constant of Hanging Springs
0:11:11
Determining the Spring Constant of DNA Using Hooke's Law & Coulomb's Law
0:01:38
Measuring the Spring Constant
0:06:53
Oscillations Demo: Mass Spring System
0:03:30
Helical Spring - MeitY OLabs
0:03:25
Two Methods to Find the Spring Constant Quick Concept
0:04:18
HOOKE'S LAW. SPRINGS CALCULATIONS
0:11:46
Hooke's Law, Finding the Spring Constant.
0:05:01
Finding the Spring Constant (k) or Hooke's Constant for Stretched & Compressed Springs.
0:05:36
determination of spring constant 'k'
0:03:03
Finding the Spring Constant When Given Period and Mass
Комментарии