1. If a line y = x + 1 is a tangent to the curve y2= 4x ‚find the point the of contact ? 2. Find the point on the curve y = 2x2– 6x – 4 at which the tangent is parallel to the x – axis 3. Find the slope of tangent for y = tan x + sec x at x = π/4 4. Show that the function f(x) == x3– 6x2 +12x -99 is increasing for all x. 5. Find the maximum and minimum values‚ if any of 6. For the curve y = 3x² + 4x‚ find the slope of the tangent to the curve at the point x = -2. 7. Find
Premium Volume Function Area
w w w e tr .X m eP e ap UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS General Certificate of Education Ordinary Level .c rs om * 4 2 8 5 4 9 6 3 4 3 * MATHEMATICS (SYLLABUS D) Paper 1 Candidates answer on the Question Paper. Additional Materials: Geometrical instruments 4024/12 October/November 2012 2 hours READ THESE INSTRUCTIONS FIRST Write your Centre number‚ candidate number and name on all the work you hand in. Write in dark blue or black pen. You may use a pencil for any
Premium University of Cambridge Triangle Venn diagram
PLANE AND SPHERICAL TRIGONOMETRY 3.1 Introduction It is assumed in this chapter that readers are familiar with the usual elementary formulas encountered in introductory trigonometry. We start the chapter with a brief review of the solution of a plane triangle. While most of this will be familiar to readers‚ it is suggested that it be not skipped over entirely‚ because the examples in it contain some cautionary notes concerning hidden pitfalls. This is followed by a quick review of spherical coordinates
Premium Triangle Angle
the ethical appeal‚ emotional appeal and logical appeal or the ethos‚ pathos‚ and logos. These three groups make a rhetorical triangle. A rhetorical triangle is typically represented by an equilateral triangle‚ suggesting that all elements are balanced‚ however in this commercial the logical element is more influential‚ making this rhetorical triangle more like a right triangle. Ethos or the ethical appeals‚ are elements based upon the creditability and character of the author‚ company‚ or people
Premium Rhetoric Emotion Appeal to emotion
two-dimensional. The triangle‚ the pentagon‚ the hexagon and the circle are just a few plane figures. Prisms and pyramids‚ for instance‚ are three-dime nsion figures. Angles Plane shapes Solids In this section‚ we will talk about plane figures‚ which are formed with coplanar (on the same plane) points joined together. When planes run into each other‚ the intersect. The line produced in between is called the line of intersection. Contents 1 Plane figures 2 Triangles 3 Quadrilaterals 4
Premium Regular polygon Triangle
Bearing is always calculated from the north in a clockwise direction. Bearing is always a three digit numbers. Draw the following bearing of a) 0600 from A to B c) 2400 from P to Q b) 1100 from P to Q d) 3000 from X to Y. Answer the following questions. 1. The bearing of B from A is 0650. Find the bearing of A from B. 2. The bearing of Y from X is 1350. Find the bearing of X from Y. 3. The bearing of P from Q is 2200. Find the bearing of Q from P. 4.
Free Orders of magnitude Triangle
Name:____________________________ Period: ________ Using Triangle Skills to Solve Problems For each word problem below‚ you must draw a picture and show your work towards a solution. Solutions are given for each problem. Since these are real-life type problems‚ answers should be decimal approximations as opposed to being in simplest radical form. You are allowed to use anything you know about triangle similarity‚ right triangles and right triangle trigonometry. This assignment is a learning target
Premium Length Inch Triangle
oAflPgReSbJrNaE c2b.v -1- Worksheet by Kuta Software LLC Solve each triangle. Round your answers to the nearest tenth. 11) m∠A = 70°‚ c = 26‚ a = 25 12) m∠B = 45°‚ a = 28‚ b = 27 13) m∠C = 145°‚ b = 7‚ c = 33 14) m∠B = 73°‚ a = 7‚ b = 5 15) m∠B = 117°‚ a = 16‚ b = 38 16) m∠B = 84°‚ a = 18‚ b = 9 17) m∠B = 105°‚ b = 23‚ a = 14 18) m∠C = 13°‚ m∠A = 22°‚ c = 9 State the number of possible triangles that can be formed using the given measurements. 19) m∠C = 63°‚ b = 9‚ c =
Premium Triangle
UNIVERSITY OF THE EAST - CALOOCAN COLLEGE OF ENGINEERING Computer Engineering Department Assignment #1 NES 113 – EN2C Submitted To: Mr. Alexis John M. Rubio CpE Professor Submitted By: Rosit‚ Laila D. 20101164583 August 15‚ 2013 3.1. Make a C program that will accept any integers from 1-12 and displays equivalent month‚ Example if 3‚ “March”. #include<stdio.h> #include<conio.h> int month; int main() { printf("Enter a Month:"); scanf("%d"‚&month); switch(month)
Premium Triangle Integer Pythagorean theorem
types of geometrical questions. In our opinion‚ solving different types of problems can help everyone to enlarge the outlook in mathematics. CONTENTS Chapter 1. Ellipses and triangles ……..……………….………..…...……. 3 Chapter 2. Ellipses and tetragons..……………………………….……..... 4 Chapter 3. Ellipses‚ circumferences and rhombuses …………………... 5 Chapter 4. Spheres …………………………………………...……………. 6 Chapter 5. Spheres and Ellipsoids
Premium Triangle Pythagorean theorem Geometry