The phrase "adjustment is often" is correct and usable in written English.
It can be used when discussing the frequency or commonality of adjustments in various contexts, such as personal, professional, or technical situations.
Example: "Adjustment is often necessary when adapting to new environments or changes in circumstances."
Alternatives: "modification is frequently" or "change is commonly".
They are often expected to adjust to their new situations in an unrealistically short period of time, although the reality is that this adjustment is often excruciatingly hard and can take years.
Yet the adjustment is often most difficult for firms that are wildly profitable in their established lines of business.Profitable firms might underinvest in a competing technology for fear of hastening the end of their existing, successful business.
The pitch adjustment is often used to improve solutions and to avoid local optima.
Due to very small horizontal displacements, the error arising from this adjustment is often small.
The adjustment is often for expert blindness: making assumptions and taking shortcuts in reasoning that leave the novice behind.
In Canada, this overwinter adjustment is often more important in the west than in the east due to the west's lower annual precipitation.
The adjustment was often painful, with wage reductions and the woes of bankruptcy reorganization, but in the end the business emerged stronger and better able to serve U.S. travelers now and into the future.
Coefficients used for case-mix adjustment are often derived on the assumption that there are linear relationships between measurable case-mix factors such as age, sex, or co-morbidities and outcomes such as mortality.
Methods for case mix adjustment are often criticised because they can fail to include all the important case mix variables and do not adequately adjust for a variable because of measurement error.
From this strategic point of view, there is broad consensus that family factors are at the top of the list given that they constitute the most proximal determinants of child adjustment, are often malleable, and promote enduring changes for the child (Luthar and Zelazo 2003).
Despite improvements in computer-aided design and computer-aided manufacturing (CAD-CAM) systems, grinding during either laboratory procedures or clinical adjustments is often needed to modify the shape of 3 mol yttria-tetragonal zirconia polycrystal (3Y-TZP) restorations.
