year. 11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Report your answer with the correct number of significant figures. 12. The pressure P of gas varies directly as the absolute temperature T and inversely as th into on equation using k as the constant of variation.
year. 11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Report your answer with the correct number of significant figures. 12. The pressure P of gas varies directly as the absolute temperature T and inversely as th into on equation using k as the constant of variation.
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Can you help me to my assignment number 11.thank you
![10. The tropical year, the time interval IPOHI
basis for our calendar. It contains 365.242 199 days. Find the number of seconds in a tropical
year.
11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Report your answer with the
correct number of significant figures.
12. The pressure P of gas varies directly as the absolute temperature T and inversely as the
volume V. Translate this joint variation into an equation using k as the constant of variation.
yaries directly as its side. Write the equation relating perimeter](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd9e4e3d4-719c-445c-a537-6d713e6c9b74%2Fa2cc46a0-135c-4fb2-9200-3c4d256dfe91%2Fxpfz0sp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10. The tropical year, the time interval IPOHI
basis for our calendar. It contains 365.242 199 days. Find the number of seconds in a tropical
year.
11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Report your answer with the
correct number of significant figures.
12. The pressure P of gas varies directly as the absolute temperature T and inversely as the
volume V. Translate this joint variation into an equation using k as the constant of variation.
yaries directly as its side. Write the equation relating perimeter
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