The phrase "available range of tool" is not correct in English.
It should be "available range of tools." You can use it when discussing the variety of tools that are accessible for a specific purpose or task.
Example: "The available range of tools for this project includes hammers, screwdrivers, and wrenches."
Alternatives: "accessible selection of tools" or "variety of tools available".
The available range of optogenetic tools is becoming impressively large.
It makes available the range of tools for drawing basic shapes.
But the platforms available in the market show the range of tools available for people with varying skill sets.
(P) Procedures: Understand the five Ps of Planning, Preprocedure, Procedure, Postprocedure, and Professional development and the range of tools available to organize them into effective teaching units.
We believe that having such a range of tools available for a single specification language is an important step towards the acceptance of formal methods in industry.
The group has launched its own website, xxxaware.co.uk, to tell parents about the range of tools available to block access to unwanted sites and enable parental tools on specific devices ranging from PCs to smartphones, tablets, games consoles, TVs and apps.
"Natural England has already been subject to huge reductions in its capacity to do its vital job, and the current political context means that it has increasingly moved away from using the full range of tools available to protect and restore nature".
Data from crossover designs are examples of conventional repeated measures, and analyses can be taken from the range of tools available for these, both with continuous and discrete outcomes.
A spokeswoman for the Mayor's Office for Policing and Crime said: "Since the riots in August 2011 the police and the independent Inspectorate of Constabulary have argued that water cannon should be available as one of a range of tools to respond to serious public disorder.
The range of tools available to the designer of biomedical devices is described and examples are presented of how the principles of mechanical and computational analysis are used to design scaffolds for repair of load-bearing tissues in bone, tendons and articular cartilage.
