I need help with this. Here is the information and data needed. Record your slope and correlation coefficient, and intercept form your Part 1 graphY = Absorbance = 447.6 nmB = Y Intercept = 0.006465M = slope 2838K = concentration of (FeSCN)So (FeSCN) equilibrium is = to : 447.6 – (0.006465) / 2838 = 0.1577144239Equation of best fit line ____________________________________________________ Part II Table 2. Raw data collected Solution Temperature (°C) Absorbance 1 Room temperature (°C) 0.223 2 Room temperature (°C) 0.330 3 Room temperature (°C) 0.448 4 Room temperature (°C) 0.543 Calculate the equilibrium concentration of Fe(SCN)2+ for each solution 1-4 using the equation from the line on your graph obtained in Part I. Enter your results in Table 3. Show at least one sample calculation.

I need help with this. Here is the information and data needed. Record your slope and correlation coefficient, and intercept form your Part 1 graph Y = Absorbance = 447.6 nm B = Y Intercept =...

I need help with this. Here is the information and data needed.

Record your slope and correlation coefficient, and intercept form your Part 1 graph

Y = Absorbance = 447.6 nm

B = Y Intercept = 0.006465

M = slope 2838

K = concentration of (FeSCN)

So (FeSCN) equilibrium is = to : 447.6 – (0.006465) / 2838 = 0.1577144239

Equation of best fit line ____________________________________________________

Part II

Table 2. Raw data collected

Calculate the equilibrium concentration of Fe(SCN)²⁺
for each solution 1-4 using the equation from the line on your graph obtained in Part I. Enter your results in Table 3. Show at least one sample calculation.

Jun 08, 2022