Suppose we take the linearization for the functionf(x)at the point of tangencyx=23.For additional information, f(x)is concave up everywhere.Which linearization value will most likely provide a closer estimate to the function value:fL(23.1)or fL(23.9)?[ Select ]["There is not enough information to tell.", "The linearization at 23.9 will be closer to the function value f(23.9).", "The linearization values for each will be exactly the same as the function value.", "The linearization at 23.1 will be closer to the function value f(23.1)."]Will the linearization valuefL(23.5)be an overestimate or an underestimate?[ Select ]["There is not enough information to tell.", "underestimate", "The linearization will be exactly the same as the function value.", "overestimate"]Will the linearization value fL(23)be an overestimate or an underestimate?[ Select ]["There is not enough information to tell.", "overestimate", "The linearization value for x=23 will be exactly the same as the function value f(23).", "underestimate"]