Evaluate the equations of the tangent lines

Assignment Help Mathematics

Reference no: EM1317728

Finding the equations of tangent lines and critical points.

Conjecture consider the functions f(x) = ½ x² and g(x) = 1/16 x⁴ - ½ x² on the domain [0,4].

Find the equations of the tangent lines to the graphs of f and g at the critical number found. Graph the tangent lines. What is the relationship between the lines?

Reference no: EM1317728

Questions Cloud

Otal revenue curve over these two ranges of the demand : Assume that over a range of prices, the price elasticity of demand varies, total revenue curve over these two ranges of the demand curve as price fall.

Find the distance between the functions : To make a conjecture about the tangent lines and the graph with the proof of the conjecture - Find the distance between the functions is greatest, and prove your conjecture.

Computing the number : Computing the number.

Investors seek unlimited access to investment consultants : These investors seek unlimited access to investment consultants and are willing to pay up to $10,000 annually for no fee-based transactions.

Evaluate the equations of the tangent lines : Evaluate the equations of the tangent lines to the graphs of f and g at the critical number found. Graph the tangent lines. What is the relationship between the lines?

Make a pareto diagram and give conclusions : What reasons for complaints do you think the hotel should focus on if it wants to reduce the number of complaints? Describe.

Hypothesis proposed by the researchers : The 'interaction effect' was also important. By using the means in the table above write a statement explaining how the anti-anxiety drug appears to affect anxiety. Are the outcomes consistent with the hypothesis proposed by the researchers?

Illustrate what could be related goods to health care : Illustrate what could be related goods to health care. Illustrate what are the inter-relationship between these goods.

Determine value of x for which d is maximum : Finding the value of x such that the vertical distance is maximum - Determine the value of x for which d is maximum.

Reviews

Write a Review

Required(*) Message

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

Submit Assignment

User Account

All Pages