11. Add correct number of significant figures. e 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. 13 The nfa sauare yaries directly as its side. Write the equation relating perimeter
11. Add correct number of significant figures. e 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. 13 The nfa sauare yaries directly as its side. Write the equation relating perimeter
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Can you help me 12 finding equation.
![year.
11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Répol
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.
13. The perimeter p of a square varies directly as its side. Write the equation relating perimeter
and side of a square.
14. The distance traveled by an object starting from rest and moving with constant acceleration
varies directly as the square of time. Write the equation relating distance and time using k as the
proportionality constant.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c23199c-f465-4bea-9cf0-a811b6b0c5aa%2F01d4c783-96f0-4739-9765-f0f1de1e4a67%2Fiihl76o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:year.
11. Add 3.564 kg to 2.89 kg and subtract 5.6 kg from the sum. Répol
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.
13. The perimeter p of a square varies directly as its side. Write the equation relating perimeter
and side of a square.
14. The distance traveled by an object starting from rest and moving with constant acceleration
varies directly as the square of time. Write the equation relating distance and time using k as the
proportionality constant.
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