Hi,

I need help to answers the high kited question as shown in the picture.

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Lab Report Purpose Introduction State the Hooke's law and write the necessary equations and graphical representation to find spring constant) Data Table mass Spring force Equilibrium stretch Spring position constant 1 50 2 100 3 150 4 200 5 250 6 300 Graph Calculations ConclusionLab Activity- Hooke's Law You will prove Hooke's law using algebraic and graphical methods in this activity. Instructions 1. This is a "virtual lab"_Click the link: Masses and Springs: Basics 2. Click on the Lab screen. UP 06 08 02 09 09 OF OE OZ Masses and Springs: Basics 5. Note the equilibrium position of the spring. 6. Set the mass as 50g and note the stretch of the spring. You need to press the Bounce Lab stop button to stop the oscillation of the spring. Stretch Mass Spring Strength 1 3. Set the spring strength as any value between small and large. of ce Spring Strength 1 Small Large 7. Select unstretched length and resting position. 4. Place the ruler on the right/left side of the spring by dragging it.Mass 100 g Spring Strength 1 Unstretched Length Large E Resting Position O Movable Line Period Trace Velouly Acceleration + Gravity DI 100 8 8. Repeat the experiment for different masses - 50g, 100g, 150g, 200g, 250g, and 300g. 9. Draw a data table and find the spring constant for each mass. 10. Plot a graph with stretch along the x-axis and spring force along y- axis. 11. Calculate the spring constant from the graph by calculating the slope of the graph. 12. Prepare a lab report