Bi-directional electronic components can conduct current in both directions, allowing for signals to flow freely regardless of polarity, commonly seen in devices like diodes and transistors. In contrast, bi-lateral components typically refer to devices that can operate in both directions but may have specific roles in signal processing, such as operational amplifiers or certain types of switches. While both terms imply two-way functionality, "bi-directional" focuses on current flow, while "bi-lateral" often relates to operational characteristics.
For unilateral pallidotomy, a single "burr hole" is made in the top of the skull; bilateral pallidotomy requires two holes.
unilateral
is active...and bilateral
limit, unilateral, and bilateral
thevenins theorem is applicable to network which is linear ,bilateral
differences between unilateral and bilateral networks
binomial, bisector, biased (used in statistics)
periorbital hematoma is 1 black eye, bilateral is 2 black eyes
unilateral means limit is 0 to infinite and bilateral means -infinite to +infinite in laplace transform
yop
For unilateral pallidotomy, a single "burr hole" is made in the top of the skull; bilateral pallidotomy requires two holes.
this question has not yet been answered
one is multilateral one is bilateral
Bilateral movement involves using both sides of the body simultaneously, while unilateral movement involves using only one side of the body at a time.
Bilateral legs
They have bilateral symmetry. Though they are round they don't have radial symmetry
If I divide the term into words as (Passive + Linear + Bilateral ) Network then it would be easier to understand. 1st of all, Passive Network is a network that includes **passive electrical / electronic components. Then, Linear Network is consists of passive electrical / electronic components whose parameters such as resistance, capacitance or inductance are constant with respect to current or voltage and in such network each voltage or current source act independently of each other. After that, Bilateral Network is the network in which the magnitude of current remains the same when the voltage polarity is reversed. So, A Passive linear bilateral network includes passive components that exhibit linearity and at the same time magnitude of current is independent of the polarity of voltage. ** Passive electronic components are Resistor, Inductor or Capacitor, they by themselves are not capable of amplifying or processing an electrical signal.