"relevant to calculate" is grammatically correct and can be used in written English.
It means that something is important or necessary in order to perform a calculation. Example: The exact measurements of the ingredients are relevant to calculate the correct dosage for the medication.
The numbers relevant to calculating an answer are Hubble's constant (i.e., the current expansion rate), the density of matter in the universe, and the cosmological constant, which allows for change in the expansion rate.
Not all processes relevant to calculating the CED of Austrian agriculture were available in GEMIS for carrying out process chain analysis; so, some processes had to be modeled, and other processes had to be adapted to Austrian agricultural conditions.
Only the pre-cloning cycles are relevant to calculating error rates as the second PCR is based on a large number of copies of the target sequence from the bacterial colony, and errors occurring after this point are unlikely to be seen in the final sequence data.
Literature review to ascertain the prevalence of AD, benefits of interventions, analysis of local and national surveys to measure the current use of interventions in the relevant population and application of the relevant findings to calculate Population Impact Measures.
A data logger (TRM-20, TOHO, Japan), a pressure transducer (JPT-131LJ, Jetec, Taichung, Taiwan) and a flow meter (NF05, Aichi Tokei, Nagoya, Japan) were also employed to measure the temperature, pressure, and flow rate to coordinate with the relevant equations to calculate the heat exchange capacity.
All studies that were based on CBT principles and provided relevant information to calculate effect sizes found significant reductions of eating disordered behaviour within the intervention groups from pre- to post-treatment for primary outcomes (e.g. bingeing and purging) as well as secondary outcomes.
The amount of free memory space available in the car navigation system is the relevant number to calculate.
The three indexes calculated per ROI encompassing an MC were normalised with respect to the relevant control ROIs, to calculate the normalised signal intensity (NSI), as follows: {mathrm{NSI}}_{mathrm{PRE}}=frac{left({mathrm{PRE}}_{mathrm{MC}}-{mathrm{PRE}}_{mathrm{CONTROL}}right)}{{mathrm{PRE}}_{mathrm{CONTROL}}}*100.
The relevant parameters needed to calculate the ratio cost/effectiveness are given in the study.
