Polar Integration: exercise
nadia_people2000
Created on December 19, 2021
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Transcript
RULES
OLYMPIC GAMESPolar integration
"Citius, altius, fortius"
START
RULES
"Citius, altius, fortius"
- You'll have 8 questions
- If you make a mistake you'll have to start over
- THERE IS NO TIME LIMIT, SO THINK CAREFULLY ABOUT THE ASNWERS
- JUST CLICK WHEN YOU'RE SURE ABOUT THE ANSWER
A
B
C
Calculate the l(ø) when the heel is 0° on the wedge at starboard
3,10 m
3,00 m
2,90 m
Question 1/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
Calculate the l(ø) when the heel is 5° on the wedge at portside
Question 2/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
3,02 m
2,81 m
2,90 m
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
Calculate the l(ø) when the heel is 10° on the wedge at starboard
2,74 m
3,01 m
3,17 m
Question 3/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
Calculate the l(ø) when the heel is 15° on the wedge at portside
Question 4/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
3,36 m
2,70 m
2,61 m
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
Calculate the z when the heel is 10° on the wedge at portside
Question 5/8
"Lorem ipsum dolor sit amet, consectetuer"
A
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed egestas massa purus, commodo congue erat ultrices eleifend. Curabitur efficitur sollicitudin
Lorem ipsum quiz
4,30 m
5,55 m
4,52 m
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
Calculate the y when the heel is 15° on the wedge at starboard
Question 6/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
3,24 m
4,30 m
5,87 m
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
What is the area for the wedge at starboard?
Question 7/8
"Lorem ipsum dolor sit amet, consectetuer"
A
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed egestas massa purus, commodo congue erat ultrices eleifend. Curabitur efficitur sollicitudin
Lorem ipsum quiz
1,38 m2
1,01 m2
1,26 m2
For a vessel with draft of 5 meters, that its midship section follows the equation z=((y/2+1)^2)-1, will heel due to a load on the starboard. The heel will be 15°
A
B
C
What is the area of the wedge at portside
Question8/8
"Lorem ipsum dolor sit amet, consectetuer"
Lorem ipsum quiz
1,38 m2
1,01 m2
1,26 m2
For a vessel with draft of 5 meters, that its midship section follows the equation z=(((y/2)^2)+1)-1, will heel due to a load on the starboard. The heel will be 15°
RESTART
congratulations!
"Citius, altius, fortius"
START OVER
WRONG ANSWER!