Homework Answers
For the reading made, estimated value of temperature = (22 +
28)/2 = 25
Error = 25 -22 = 3
Hence for 50
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A temperature sensor has a range of -50 °C, to 220 °C, when a measurement is made the readings varied between 22 °C...
The sensor has is capable of a maximum measurement of about 600-700 lux. To be sure this doesnt introduce φ problems in the data collection you will need to find the position where the sensor rea...
The sensor has is capable of a maximum measurement of about 600-700 lux. To be sure this doesnt introduce φ problems in the data collection you will need to find the position where the sensor reads a maximum value. To do this, place the light and the sensor on the optical bench and slide the sensor toward the light while watching the reading on the screen. Find the position where the reading no longer increases. This will be the shorter...
Problem 3 For the given measurement system, which measures temperature using an RTD, of type PT100,...
Problem 3 For the given measurement system, which measures temperature using an RTD, of type PT100, that is 100 Ohms at 0 C. If R2-R3 1000 Ohms, R1 110, At what temperature the bridge will be balanced, knowing that RTD is approximated with the given 1. equation Rold(1+0.004(change in temperature)) Rew= 2. If the amplifier has a gain of 10; determine accepted RA values of Rf and Rin RS N If the output of the amplifire is limited from -2.5...
11.5 A temperature sensor is connected to a 16F873A ADC input. The sensor has an output...
11.5 A temperature sensor is connected to a 16F873A ADC input. The sensor has an output of 40 mV/?C. The ADC operates with a 4.096 V reference. (a) For a certain temperature value, the ADC output reads 1010011100. What is the equivalent temperature for this reading? (b) The measured temperature is to be displayed on a digital display, showing values in the range 00.0?C to 99.9?C. Describe what data manipulation steps can be taken to achieve this, using fixed-point arithmetic...
(a) Explain the difference between active and passive sensors for mobile robots. Name one active range sensor and expla...
(a) Explain the difference between active and passive sensors for mobile robots. Name one active range sensor and explain its working principle. (b) Suppose a laser range sensor has 360 degree coverage in a 2D plane. To extract line features from the raw point cloud measurement, what are the main steps? (c) Suppose a robot has a laser range finder of 360 coverage. How would you transform the raw data into a feature space that can be distinguishable for different...
50 L of a gas were collected over water when the barometer read 550.0 mmHg and the temperature was 22°C
50 L of a gas were collected over water when the barometer read 550.0 mmHg and the temperature was 22°C. What volume would the dry gas occupy at standard conditions?
Python Testing a) The temperature readings are correctly handled using a while loop and the output...
Python
Testing
a) The temperature readings are correctly handled using a while
loop and the output is correct
b) The wind speed readings are correctly handled using a while
loop and the output is correct
c) The humidity readings are correctly handled using a while
loop and the output is correct
d) Works correctly overall
The program first prompts for and reads in temperatures (all integers), until a line with no characters in received. It computes the average of all...
Typically, an individual's normal body temperature is about 37 degrees Celsius. When a body enters hypothermia,...
Typically, an individual's normal body temperature is about 37 degrees Celsius. When a body enters hypothermia, its temperature dramatically decreases below 35 degrees Celsius. In this situation, the body’s organs will slowly start to degrade in metabolic function and cardiac output and heart rate will become depressed. Likewise, in consequences, a fever, a body temperature between 38 to 42 degrees Celsius, may cause many systemic effects such as cognitive dysfunction and liver failure. In either case, it becomes equally important...
20. The LM317 has a maximum operating temperature of 125°C. The TO-220 case version shows a...
20. The LM317 has a maximum operating temperature of 125°C. The TO-220 case version shows a thermal resistance of 4 C°/W, junction to case. It also shows 50 C°/W, junction to ambient (no heat sink used). Assuming an ambient temperature of 50°C. What is the maximum allowable power dissipation for each setup? Assume that the first version uses a 15 C°/W heat sink with a 2 C°/W case to heat sink interconnection. Please and Thank You
Please help with this code For the following problem write a Matlab® script file with clear...
Please help with this code
For the following problem write a Matlab® script file with
clear commentary for each line of code.
Your script should:
Load the data in the problem as a text file.
Calculate the statistics using
Matlab functions.
Solicit input from the user of the reading (for example, 137
degrees as stated in the problem). In another word, the reading
should not be fixed in the script and has to be entered and saved
from the command window...
I am working on my Physics lab report where it was all about Direct Current Measurement...
I am working on my Physics lab report where it was all about Direct Current Measurement and Ohm’s Law. We had 5 different resistors and had to construct different circuits using a power supply, volt-ohm-milliammeter (VOM) and a digital multimeter to get measurements of resistance, voltage, and current. Nominal values of resistance and tolerance Resistor Nominal Resistance (Ohms) Tolerance (Ohms) R1 680 +/- 68 R2 1000 +/- 50 R3 1500 +/- 75 R4 4700 +/- 470 R5 10,000 +/- 500...
The sensor has is capable of a maximum measurement of about 600-700 lux. To be sure this doesnt introduce φ problems in the data collection you will need to find the position where the sensor reads a maximum value. To do this, place the light and the sensor on the optical bench and slide the sensor toward the light while watching the reading on the screen. Find the position where the reading no longer increases. This will be the shorter...
Problem 3 For the given measurement system, which measures temperature using an RTD, of type PT100, that is 100 Ohms at 0 C. If R2-R3 1000 Ohms, R1 110, At what temperature the bridge will be balanced, knowing that RTD is approximated with the given 1. equation Rold(1+0.004(change in temperature)) Rew= 2. If the amplifier has a gain of 10; determine accepted RA values of Rf and Rin RS N If the output of the amplifire is limited from -2.5...
(a) Explain the difference between active and passive sensors for mobile robots. Name one active range sensor and explain its working principle. (b) Suppose a laser range sensor has 360 degree coverage in a 2D plane. To extract line features from the raw point cloud measurement, what are the main steps? (c) Suppose a robot has a laser range finder of 360 coverage. How would you transform the raw data into a feature space that can be distinguishable for different...
Python
Testing
a) The temperature readings are correctly handled using a while
loop and the output is correct
b) The wind speed readings are correctly handled using a while
loop and the output is correct
c) The humidity readings are correctly handled using a while
loop and the output is correct
d) Works correctly overall
The program first prompts for and reads in temperatures (all integers), until a line with no characters in received. It computes the average of all...
Please help with this code
For the following problem write a Matlab® script file with
clear commentary for each line of code.
Your script should:
Load the data in the problem as a text file.
Calculate the statistics using
Matlab functions.
Solicit input from the user of the reading (for example, 137
degrees as stated in the problem). In another word, the reading
should not be fixed in the script and has to be entered and saved
from the command window...
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