A student investigates the stretching of a spring. Calculate the extension e of the spring using the equation…

Question

A student investigates the stretching of a spring. Calculate the extension e of the spring using the equation e = (l − l0) when L = 5.00 N. Plot a graph of L (N) against e (cm).

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Here are the solutions to the questions: Question 11: A student investigates the stretching of a spring. Calculate the extension e of the spring using the equation e = (l − l0) when L = 5.00 N. Record this value of e in Table 1. Step 1: Identify the unstretched length (l₀) from Table 1. From Table 1, when L = 0.00 N, the length l = 2.1 cm. So, l₀ = 2.1 cm. Step 2: Identify the stretched length (l) for L = 5.00 N from Table 1. From Table 1, when L = 5.00 N, the length l = 23.7 cm. Step 3: Calculate the extension (e). e = l − l₀; e = 23.7 cm − 2.1 cm; e = 21.6 cm; The value to be recorded in Table 1 for L = 5.00 N is 21.6 cm. The completed Table 1 is: L/N — l/cm — e/cm0.00 — 2.1 — 0.0 1.00 — 6.0 — 3.9 2.00 — 10.6 — 8.5 3.00 — 14.9 — 12.8 4.00 — 19.3 — 17.2 5.00 — 23.7 — 21.6 c) Plot a graph of L (N) (y-axis) against e (cm) (x-axis). Start both axes at the origin (0, 0). Draw the best-fit line. To plot the graph: 1. Draw Axes: Draw two perpendicular axes. Label the vertical axis "Load L (N)" and the horizontal axis "Extension e (cm)". 2. Choose Scale: Select appropriate scales for both axes. For the x-axis (Extension e): The values range from 0.0 cm to 21.6 cm. A suitable scale would be 1 cm representing 1 cm of extension (or 2 cm representing 1 cm of extension for a larger graph). For the y-axis (Load L): The values range from 0.00 N to 5.00 N. A suitable scale would be 2 cm representing 1 N of load. 3. Origin: Ensure both axes start at the origin (0,0). 4. Plot Points: Plot the following data points (e, L) from the completed Table 1: (0.

A student investigates the stretching of a spring. Calculate the extension e of the spring using the equation e = (l − l0) when L = 5.00 N. Plot a graph of L (N) against e (cm).

Answer

Step-by-step solution

Part 11· 3 steps

Identify the unstretched length ( $l_0$ ) from Table 1.

Identify the stretched length ( $l$ ) for L = 5.00 N from Table 1.

Calculate the extension ( $e$ ).

Part c

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More Physics Questions

A student investigates the stretching of a spring. Calculate the extension e of the spring using the equation e = (l − l0) when L = 5.00 N. Plot a graph of L (N) against e (cm).

Answer

Step-by-step solution

Part 11· 3 steps

Identify the unstretched length (l0l_0l0​) from Table 1.

Identify the stretched length (lll) for L = 5.00 N from Table 1.

Calculate the extension (eee).

Part c

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More Physics Questions

Identify the unstretched length ( $l_0$ ) from Table 1.

Identify the stretched length ( $l$ ) for L = 5.00 N from Table 1.

Calculate the extension ( $e$ ).