Answer all pls

r'tl'l'hysicsl Bonus W81 Graphs and lt'ormulac 5. From these graphs, derive a mathematical formula for f in terms of the given variables. -Frsk 'l 510 - e " -I- A table with the slope values for each graph, along with the values you kept constant for each investigation in the lab is shown to the right: 9. Determine the lt-values for each investigation. 1t]. Based on these values, what is the most likely constant for the formula? (Hint: it's an irrational number} Calculate the relative percent error of each k-value based on the actual value. Problems 1120: Suppose you have the following formula: in = :3 '5 1|. Sketch the graph oft: vs y. What would the slope of the linearized version ot~ this graph be equal to? 131. Sketch the graph of'ot vs B. What would the slope of the linearized version of this graph be equal to?ll 13. Sketch the graph ofot vs 5. What would the slope of the linearized version of this graph he equal to? 14. What would happen to a if B were doubled. v were tripled. 5 were reduced to th its value and B were quadrupled? 15. Assuming [13 and :5 are constants. what would y have to change to in order for a to he quartered?r Is. What are the mathematical relationships between 6 and each of the other variahles'.' 1?. Assuming a. B and H are constants. what would happen to v if 5 reduced to of its original value? 13. Sketch a graph of what y vs [-1 would look like. 1'). Sketch a graph of what 5 vs. y would look like. It]. Sketch a graph ol'whal B vs. a would look like. Problems 21-15: Suppose you carry out a lab where you are investigating the relationship between L. w. s, and b. Your goal is to determine a formula for I... but you conduct the experiment in a strange way. changing what the dependent variable is for each investigation. You obtain the following initial graphs: After performing one linearization on each nonlinear graph, you get the following graphs: h2 w