is capable of 20 km/h in still water. You wish to cross the river to a point directly across from your present position. At what angle to the bank should you steer the boat if the current is 8 km/h? 3. A boat is capable of 20 km/h in still water. You wish to cross the river downstream so that the angle the boat’s push makes with the bank is 50o. At what angle to the bank should the boat steer if the current is 8 km/h? How long will it take to cross if the river is 1.7 km wide? 4. A boat
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22. Conditional- if it is a line then it contains at least two points Inverse- if it is not a line then it does not contain at least two points Converse- If it contains at least two points then it is a line Contrapositive- if it does not contain at least two points‚ then it is not a line 23. Conditional- If there are 3 noncollinear points‚ then there is exactly one plane Inverse- if there are not exactly 3 collinear points‚ then there is not exactly one plane Converse- if there is exactly one
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Measurement Unit Help you measure tilt angle and angular velocity… Topics We’ll cover today… • • • • • • • • What is an IMU... ? Few Examples and Videos Accelerometer Gyrometer Magnetometer Filters Euler Angles Demos By:- Vivek Kumar Vipul Gupta (viveks@) (vipgupta@) Abhishek sharma (abhishr@) So... Lets Start... • What is an IMU...? • • • • • • • Few Examples and Videos Accelerometer Gyrometer Magnetometer Filters Euler Angles Demos Why do we need IMU... • One of
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depends on two components: vertical and horizontal. The range is the horizontal distance that the projectile travels between launch and landing. In this experiment‚ you will see how the range is related to the launch angle and initial velocity of launch. PURPOSE: Which launch angle will produce the greatest range? Which initial velocity of launch will produce the greatest range? HYPOTHESIS: VARIABLES: Independent:______________________________________________ How do you know
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Geometry is typically the second math course taken by high school students. Major topics discussed include introductory logic; coordinate geometry; congruence‚ similarity and proof; right triangle trigonometry; transformations; locus; constructions; circles; and three-dimensional objects. Students will garner reasoning skills and learn how to form logical and coherent arguments. This course is aligned with the Common Core Learning Standards and integrates the eight Standards for Mathematical Practice
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JAMES RUSE AGRICULTURAL HIGH SCHOOL MATHEMATICS PROGRAMME YEAR 10 – 2011 LIST OF TOPICS TOPIC 1 – ALGEBRA REVISION TOPIC 2 – GEOMETRY PROOFS REVISION: PART 1 TOPIC 3 – CO-ORDINATE GEOMETRY TOPIC 4 – VARIATION TOPIC 5 – GEOMETRY PROOFS REVISION: PART 2 TOPIC 6 – TRIGONOMETRY TOPIC 7 – GEOMETRY PROOFS TOPIC 8 – PROBABILITY REVISION TOPIC 9 – GRAPHING REVISION TOPIC 10 – FURTHER GRAPHS TOPIC 11 – TRIGONOMETRIC EQUATIONS AND IDENTITIES TOPIC 12 – GENERAL REFERENCE and YEARLY REVISION
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to the tomb 900 feet from the entrance‚ the four minarets continue this symmetrical theme. The minarets next to the Taj Mahal are 41.1 meters or 137 feet high and are cylindrical columns with beveled angles. Located at each of the corners of the raised marble plinth the minarets repeat the right angles that are an obvious part of the Taj Mahal. The main structure is cubical. The windows have arches which comes to a point. The windows create arched recesses which are perfectly arranged on both stories
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perform a calculation manually or to give an exact answer‚ you may not use a calculator. Directions: Chapter 7: Applications of Trigonometry and Vectors 1. Determine the remaining sides and angles of the triangle ABC. Show all work and / or support your answer. 2. Determine the remaining sides and angles of the triangle ABC. Show all work and / or support your answer. C = 71.83°‚ B = 42.57°‚ a = 2.614 3. A ship is sailing due north. At a certain point the bearing of a lighthouse 12.5 km
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shape that has four vertices with interior angles that equal 360 degrees. There are several quadrilateral variations that include parallelograms‚ rectangles‚ rhombuses‚ squares‚ trapezoids‚ and kites. Quadrilaterals * Parallelogram – A parallelogram consists of two pairs of parallel sides. Opposite angles are equal. Rectangles‚ rhombuses‚ and squares are also considered parallelograms. * Rectangle – A rectangle has four sides; each side is a right angle (90°). * Rhombus – A rhombus has four
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sensors that can be used for experiments. For this lab we will be using the strain gage to find the deflection of a bar‚ a piezo sensor to find to find the natural frequency of the strip with a weight on the end‚ and lastly a potentiometer to find an angle. Procedure: Exercise 1: The strain gage was the first experiment that was done. Calibrating this device was done using five points. The points were chosen to cover the range that we ill want to measure. We used the tow extreme ends‚ the center
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