LOG may not always be the easiest with which to work. Even though many editing capabilities are available on the market, not all give a straightforward solution. We designed DocHub to make editing effortless, no matter the form format. With DocHub, you can quickly and effortlessly rub out formula in LOG. On top of that, DocHub offers a variety of additional tools such as document generation, automation and management, field-compliant eSignature solutions, and integrations.
DocHub also allows you to save effort by producing document templates from documents that you use frequently. On top of that, you can take advantage of our numerous integrations that enable you to connect our editor to your most utilized apps effortlessly. Such a solution makes it quick and easy to deal with your documents without any slowdowns.
DocHub is a handy feature for individual and corporate use. Not only does it give a all-purpose suite of capabilities for document creation and editing, and eSignature integration, but it also has a variety of capabilities that come in handy for producing complex and streamlined workflows. Anything added to our editor is kept secure according to major field standards that protect users' information.
Make DocHub your go-to choice and streamline your document-based workflows effortlessly!
Iamp;#39;m Anil Kumar and in this video we will understand how to write equation of a logarithmic function from the given graph so weamp;#39;ll start with very simple basic graph so that we understand the whole idea about it and then weamp;#39;ll explore more about it so Iamp;#39;ll start with one simple function and then you kind of transform function and then write another equation so weamp;#39;ll discuss two different graphs in this particular video let us say one of the graph is kind of like this thatamp;#39;s the logarithmic function you can see that the domain is restricted so therefore it represents a logarithmic function sometimes I find students getting confused between logarithmic and exponential functions in exponential functions domain is not restricted okay let me draw another transform function here and letamp;#39;s say kind of like this well write equations for both these graphs in this particular video so letamp;#39;s begin with the very first one and let us see