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'3 lab 6 e ted Home Insert Draw Design Layout References Mailings Review View Grammarly Acrobat 9 Tell me Cl Comments / Editing 6 Share
'3 lab 6 e ted Home Insert Draw Design Layout References Mailings Review View Grammarly Acrobat 9 Tell me Cl Comments / Editing 6 Share ' ' v v A V v l: v i: v 7; A f" v Cal-bn 11 A A Aa A9 _ ,_ zl 1T AaBchDdEe AaBchDdEe AaBchDd > M Q) g Q [E] & Paste v Z V v v +5 V Normal No Spacing Headingi Styles Dictate Editor Open Create and Share Request 6 B I Q ab X2 X A p ' Pane Grammarly Adobe PDF Signatures of your lab kit): AC-QIEZFTN Format Text Effem 9 Alt Text 1. The force due to a spring is variable and is quantied by F = [95, where k is the spring constant A and x is the displacements Given the graph of the force versus displacement graph for a spring A in Figure 5, write an equation for work done by the springs ) Shadow F > Reflection F = k" > Glow > Soft Edges > 3-D Format x=0 x=x, Equation done by the spring: w = [V2 kx1'2] 2. Consider the ball example in the introduction when a ball is dropped irom 3 meters. After the ball bounces, it raises to a height of2 meters. The mass of the ball is 0.5 lg; a, What is the speed of the ball right before the bounce?l The speed of the ball right before the bounce g: 7.668 m/s Page 1 of 14 1213 words U? English (United States) E +122% AutoSave OFF AH ? C G ... wa lab 6 edited Home Insert Draw Design Layout References Mailings Review View Grammarly Acrobat Tell me Comments Editing Share Calibri V 11 A A Aav Ap AaBbCcDdEe AaBbCcDdEe AaBbCcDd Normal Editor Create and Share Request BI Uvab x x A DAY Heading 1 Dictate Paste No Spacing Styles Open Pane Grammarly Adobe PDF Signatures Format Text Effe... X Alt Text a. What is the speed of the ball right before the bounce? A A > Shadow > Reflection The speed of the ball right before the bounce is V = 7.668 m/s > Glow > Soft Edges > 3-D Format straighterline Lab 6 Work & Conservation of Energy PHY250L b. How much energy was converted into heat after the ball bounced off the ground? (Hint: Thermal Energy (TE) will now need to be included in your conservation of energy equation and you will now need to know the mass of the ball) c.What is the speed of the ball immediately after the ball bounces off the ground? Page 1 of 14 1213 words x English (United States) Focus E + 151%
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