Question 3 Wind at 3,000 ft in Tokyo, Japan (RJTT) is 090° @ 20 kt What will the surface wind be at the airport? The wind will be and Final bearing and speed: by Veered by 10° Veered by 30° Backed by 10° Backed by 30° increased decreased 50% 100% 060 @ 40 kt 120 @ 30 kt 100 @ 30 kt 060 @ 10 kt

4. A ship is sailing N40°W at a speed of 22 knots. A current of 6 knots is travelling from S50°W. Calculate the actual velocity of the ship and its course. Include a diagram.

A cyclist coasts up a 11.3° slope, traveling 19.0 m along the road to the top of the hill. If the cyclist's initial speed is 9.10 m/s, what is the final speed? Ignore friction and air resistance.

The second hand on a clock completes one full revolution per minute. If that second hand has length 15 cm, then what it is linear speed? 15 cm per minute 15T cm per minute O 30 cm per minute 30T cm per minute

A hiker walks 2.55 km south and then 2.75 km east, all in 3.80 hours. HINT (a) Calculate the magnitude (in km) and direction (in degrees south of east) of the hiker's displacement during the given time. magnitude km direction south of east (b) Calculate the magnitude (in km/h) and direction (in degrees south of east) of the hiker's average velocity during the given time. magnitude direction km/h south of east (c) What was her average speed (in km/h) during the same time interval? km/h

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i math.imaginelearning.com/lesson_player/#lessons/407/activities/2176/items/29657 Gretchen is a scientist. The table shows the daily number of bacteria present in a petri dish. Day 4. 5 Which expression gives the number of bacteria on day 15? Number 5 10 20 40 | 80 of Bacteria 515 5-214 5-215 5. (2 · 15) P Type here to search Address C) 85°F acer Esc Cop) %23 F10 Pause Br Numlk Prt Sc @ #3 2$ & 1 2 3 4 5 € 6. 8. 9. W T. Y 4. 6. S. H. X. C Mo .... * 00 B.

41. Police Investigation Police officer Patricia Malloy is investigating an automobile accident. A car slid off an icy road at a 40° angle with the center line of the road with an initial velocity of 47 miles per hour. Use the drawing to determine the initial horizontal and vertical components of the car's velocity.

Differentiate dispersion from skewness.