... to their disability” (p. 150). Researchers should continue to explore how individuals' multiple identities intersect with disability in the physics community. Researchers should also zoom out from medical-model-aligned individual classroom accommodations and consider the broader ecosystem of STEM education...

... in slope which are not necessarily the same: for example, the height of the graph could increase and at the same time the slope could decrease. Other difficulties included looking at the sign of the slope instead of the changes in the magnitude of velocity when deciding whether the object is speeding up...

... and sensitivities of T_c vary greatly among the crystal axes. The dTc/dP values are reported to be −2.0, +1.9, and −0.3 K/MPa for the a-, b-, and c-axis, respectively, for detwinning single-crystal samples; the signs of the dTc/dP values for the a- and b-axis are opposite to each other...

.../dx. Applications Using MOEMS/NOEMS Common applications of MOEMS/NOEMS are in the areas of communication, computing, industrial, and medical sensing, actuation and quantum information. These applications use implementations of MOEM/NOEM sensors, optical signal processing elements (including filters...

... discussed the magnetic properties of materials during the period 600–500 BC. Even Indian medical texts, such as Sushruta Samhita, had prescribed magnetized materials to remove metallic objects from human bodies. A large variety of metals, insulators, and even superconductors demonstrate magnetic properties...

... at the sinoatrial node. The electrical sign depolarizes the atrium myocytes and reaches the atrioventricular node, where there is a conduction delay. The action potential spreads through the ventricles via the Purkinje fibers. The heart's action potential may differ among the conductive system's different...

.... On December 3, 1984, the Bhopal plant operators became concerned that a MIC storage tank was showing signs of overheating and had begun to leak. The effect of temperature on hydrolysis can be profound. Each 10 °C temperature increase results in a hydrolysis rate constant change by a factor of 2.5 ( Knox...

...., A and B) and expressed as ( Scholkopf, 1998 ) (3.16) f ( x ) = sign ( ( W ⋅ X ) + b ) . Using Eq. ( 3.13 ) and Eq. ( 3.16 ), the decision function can be given by ( Samanta, 2004 ) (3.17) f ( x ) = sign ( ∑ i = 1 L v i ( X ⋅ X i ) + b ) , where...