1) One voltage recorded using the Analog 7 sensor was I" = 1.330+0.008 V. Assume that that voltage was recorded across a 50-ohm resistor that had an accuracy of 5%. Using Ohm's law V=IR (voltage equals current times resistance), calculate the value of the current through the resistor. a) (1 pt) Write the equation for the current I: b) (1 pt) Calculate the numerical value for the current: I= A (Amperes, or Amps) c) (2 pts) Write the value of the resistor as a "measurement interval." R= (ohms) d) (5 pts) Using the computational method for error propagation, find the uncertainty in the current. Write the detailed derivation below.e) (3 pts) How would you report the current as a measurement interval? (value) (units) f) (5 pts) Using the derivative method for error propagation, find the uncertainty in the current. Write the detailed derivation below.g) (3 pts) How would you report the current, as a measurement interval? (value) (units)