How closely does the measured normal acceleration (from the accelerometer) compare to the normal acceleration calculated from the potentiometer measurements.

How closely does the measured normal acceleration (from the accelerometer) compare to the normal acceleration calculated...
6. When the system is in motion how does the acceleration of the hanger compare to the acceleration of the cart? (a) The acceleration of the hanger is equal to the acceleration of the cart. (b) The acceleration of the hanger is less than the acceleration of the cart. (c) The acceleration of the hanger is greater than the acceleration of the cart. (d) It depends on the trial. 7. When the system is in motion how does the tension...
Question 2 A 16-bit precision digitized acceleration data is obtained every 10 seconds from the accelerometer of a rocket powered car travelling up a mountain road in Malaysia. The data recording duration is approximately 240 seconds id the data is stored in memory using consecutive even addresses, starting at $002330. Answer the following questions correctly. (a) What is the size of the data collected in bytes? [1] (b) What is the address used to store the final data point? [2m]...
the angular acceleration for the hanger mass (150 g) in the calculated and measured cases. Did these results agree within uncertainty? Explain your reasoning. Note: i don't need any formulas or anything. just general explanation of what would happen?
Assume a random sample of n = 5 measurements from a normal distribution. Compare the standard normal z-values with the corresponding t-values if you were forming a 99% confidence interval.
QUESTION 8 Find the uncertainty in a calculated average speed from the measurements of distance and time. Average speed depends on distance and time according to this function vitx)-x/t Your measured distance and time have the following values and uncertainties x-47 meters, x12 meters and t-87 seconds and St16 seconds. What is the uncertainty in the average speed, 5v? Units are not needed in your answer QUESTION 9 Find the uncertainty in a calculated electrical potential difference from the measurements...
Question 4 1.00000 points Save Answer Identify from the list below what are the benefits of laser torsional vibrometry Insensitive to variations in rotating target cross-section Insensitivity to translational vibration component All of the above Non-contact in operation, therefore limited installation overhead (compared to traditional tecchniques) Sensitive to laser speckle noise which leads to components at rotation frequency and harmonics Low sensitivity and poor frequency range Reliable and robust and can therefore be operated in extreme conditions and harsh environments...
You measured the diameter of the micronucleus using fluorescence microscopy and electron microscopy. How do the measurements compare?
We usually compare the calculated p value with 0.05. What does 0.05 mean? Why can we reject the null hypothesis if the calculated p values is smaller than 0.05?
Suppose you have selected a random sample of n=9 measurements from a normal distribution. Compare the standard normal zz= values with the corresponding t values if you were forming the following confidence intervals. (a) 98% confidence interval z= t= (b) 95% confidence interval z= t= (c) 99% confidence interval z= t=
2. Does the measured gravitational acceleration g(exp) in Tables 1 and 2 depend on the falling distance h, the size and mass of the object in this experiment? Why?