The phrase "gauge the position" is correct and usable in written English.
It can be used when assessing or measuring the status or situation of something.
Example: "Before making a decision, it's important to gauge the position of all stakeholders involved."
Alternatives: "assess the situation" or "evaluate the status".
They are judged on visuals and technique, with scoresheets that include no less than 23 different criteria gauging the position, complexity, and originality of the design, the "visual foam quality," the contestant's "confidence and flair," and the workspace layout, to name a small few.
They all watched the same play repeatedly, gauging the positioning of each player.
This system has been used to gauge the depth and position of surface breaking defects, and has many applications including metal billet testing and detecting and sizing gauge corner cracking in rails.
What I've done in this instance is surveyed the market, reaching out to people in my network who have similar skill sets and experience to gauge the market value of the position, and gone from there.
In recent years regulators have allowed some banks trading shares, bonds and derivatives more freedom to use their own models to gauge the riskiness of their positions and decide how much capital they must hold to cover potential losses.
He is, though, in a good position to gauge the tone of the England dressing room, in which Pietersen's occasional abrasiveness clearly grated.
Tod Swank is in a unique position to gauge the health of the skate industry.
Part of their evidence for the calculated underpricing of eToys, according to the plaintiffs' complaint, was that Lawton Fitt, the Goldman executive who headed the underwriting team and was thus best positioned to gauge the market demand, actually made a bet with several of her colleagues that the price would hit $80 at the opening.
R in turn is expressed as follows: frac{text{1}}{{Rtexttext = textfrac{Wx}{{EItext (2 where W is the applied load, x is the distance between the strain gauge and the position where the force is applied, and E and I are the elastic modulus and area moment of inertia, respectively, of the beam.
Robert Wang demonstrates the speed and precision with which the system can gauge hand position in three dimensions — including the flexing of individual fingers — as well as a possible application in mechanical engineering.
