B7.O From The Data In Table 1 (04 Mm Aperture), Determine The Frequency Using Eq. (10.6) For Each Wavelength And Record. Plot A Graph Of The Stopping Potential(V,) Vs. Frequency (F). If One Plots The Stopping Potential (Y-Axis) Vs. Frequency (X-Axis) Of The Incident Light, A Linear Function Is Expected With A Slope Of H/E, An X-Intercept Of Fo, And A Y

I'm having trouble calculating Planck's constant from the data collected and the graph created for my photoelectric effect lab. Could someone please explain how to get h? Thank you so much.

B7. From the data in Table 1 (04 mm aperture), determine the frequency using Eq. (10.6) for each wavelength and record. Plot a graph of the stopping potential (V.) vs. frequency (f). If one plots the stopping potential (y-axis) vs. frequency (x-axis) of the incident light, a linear function is expected with a slope of h/e, an x-intercept of fo, and a y intercept of -o/e (See Equation 10.5)