1 in each broadcast segment
The number of sensors in a prosthetic leg can vary widely depending on the design and complexity of the device. Basic prosthetic legs may have just one or two sensors, while advanced bionic prosthetics can incorporate multiple sensors—often ranging from six to ten or more—to detect parameters like pressure, motion, and angle. These sensors help improve the user's mobility and provide feedback for more natural movement. Ultimately, the specific number of sensors depends on the technology used and the intended functions of the prosthetic.
If installed properly over 2,300 years
10 feet.
The C++ compiler is invoked with g++, however on many systems it is installed as c++. Consult the documentation for information on the command line options.
There are many types of sensors. They are used to measure and/or detect a huge variety of conditions including: temperature, pressure, level, humidity, speed, motion, distance, light or the presence/absence of an object and many other types. There are many versions of each type which may use a different sensing principle or may be designed to operate within different ranges. Sensors in some cases react to the environment in which they are placed and this reaction is used to measure the property being sensed. For example, a common temperature detector is known as an RTD (resistance temperature detector) and this contains a platinum wire. The electrical resistance of the wire changes with temperature so how the resistance changes can be used to measure the temperature. Many sensors use this type of principle where the variation of an electrical property of a sensing element is a measure of a property being sensed. Other types of sensors emit a signal and either measure how the area reacts to the emission or measure the reflection of the signal bouncing off an object in front. Inductive proximity sensors are one of the commonest sensors in use today. They emit a small electromagnetic field and use this to sense the properties of the area in front of the sensor. So they can detect a metal object in front and can be used to check if a machine is in the required part of a cycle or if a door is closed. Magnetic, capacitive and many other sensor use this type of principle. Some sensors send out a light signal and measure if it is reflected back. These are called photoelectric sensors and come in a multitude of varieties. Some directly detect a reflected signal (Direct detection mode), some check if a beam being reflected from a reflector is interrupted (retroflective mode) and others send a beam to another sensor receiver and detect an interruption of the beam (Opposed mode sensor). Other sensor such as radar and ultrasonic sensors operate also by detecting the reflected signal from the object being detected. Everyone is familiar with the police radar guns that detect the speed of a vehicle, the way a bat can "see" using reflected signals and the wonder of the pictures of unborn babies that can be produced from reflected ultrasonic signals.
In a Honeywell Building Security System (HBSS), the number of rogue sensors required for complete coverage depends on the specific layout and size of the area being monitored. Typically, it's important to strategically place sensors to cover all critical points and potential entryways. A general guideline is to ensure that sensors are installed to minimize blind spots, often requiring multiple units for larger or complex environments. Consulting the manufacturer's recommendations and conducting a site assessment will provide the best approach for complete coverage.
To achieve complete coverage in McAfee, the number of rogue sensors required depends on the specific network architecture, the size of the area to be monitored, and the placement of existing sensors. Typically, a thorough assessment of the environment is needed to determine the optimal number of rogue sensors for effective monitoring and detection. Generally, more complex or larger environments may require multiple sensors to ensure comprehensive coverage. It's advisable to consult McAfee's guidelines or support for tailored recommendations based on your specific setup.
The number of rogue sensors required for complete coverage depends on the area being monitored and the range of each sensor. To achieve full coverage, you would need to calculate the total area and divide it by the effective coverage area of a single sensor, considering factors like overlap and obstacles. Additionally, the specific deployment strategy and the environment will influence the final count. Thus, a precise answer would require detailed information about the area and sensor specifications.
100 square feet of coverage, installed.
two oxygen sensors for air / fuel ratio (and another two oxygen sensors that are called catalyst monitors installed downstream )
The CA20E Engine has one oxygen sensor installed in the exhaust manifold.
The 1.9 CDTi SRI Vectra may not come with factory-installed markings for reversing sensors, as it often depends on the specific model and year. However, many aftermarket reversing sensor kits can be installed on vehicles that don't have them as standard. Check the vehicle's manual or consult a dealer to confirm the presence of any factory options related to reversing sensors.
It takes that many to provide complete coverage of the Earth, including the polar regions.
For a 12x12 room, it is recommended to install about 4 to 6 can lights for adequate lighting coverage.
What type of sensors are you talking about? There are many sensors, and many different types.
AARP insurance has many plans and depending on which plan you decide to get you could use additional coverage or choose not to.For example, with AARP medicare complete essential you have no prescription coverage so you would want to get additional coverage, but if you choose AARP medicare complete plan 2 you have a prescription tier that tells you what they cover.
5 gyroscopic sensors and 2 tilt sensors.