The phrase "a typical degree of" is correct and usable in written English.
It can be used when discussing a common or average level of something, often in a specific context such as education, measurement, or behavior.
Example: "In this field, a typical degree of expertise is required to ensure successful project completion."
Alternatives: "an average level of" or "a standard degree of".
Triangular blade showing typical degree of dissection.
Such continua may be thought to track the typical degree of injury to personal integrity.
We calculated the cross-correlation coefficients between all different pairs of sensors for random data segments to understand the typical degree of similarity, using 20 s windows with 10 s overlap on data high-pass filtered above 200 s.
At the top of Figure 1, we show also the PL spectrum of a sample of the LH particles in powder form with and without oxygen present (the arrow shows how the spectrum drops on the introduction of oxygen); this demonstrates the typical degree of quenching of the luminescence due to the energy transfer process.
Clearly, this class of evolutionary non-conserved PPI networks doest not appear to be biologically relevant, given the typical degree of conservation between orthologous proteins across living kingdoms.
Admittedly, this is below the typical degree of labeling previously observed with other chelators and dyes (∼3 3.5/mAb) and may be a result of the size and/or hydrophobicity of the fluorophore, though efforts to fully understand the cause are ongoing.
Participants were provided detailed descriptions of a chronic illness condition and of its typical degrees of severity: mild, moderate and severe.
More specifically, for a manipulator arm with a typical seven degree-of-freedom (DoF) kinematic structure, it is shown that two motion patterns, wrist reorientation and folding/unfolding of the arm, result in almost reactionless motion.
Generation and distribution steam system, such as boilers, furnaces and steam pressure control valves are the typical degrees of freedom necessary in this stage.
The approach is applied to a typical two-degree-of-freedom (2DOF) robotic manipulator through computer simulation.
