Answer:
Step-by-step explanation:
For Q1 and Q2
For Q3 and Q4
In a certain city in France, they gain 2 minutes of daylight each day after the spring equinox (usually in March), but after the
autumnal equinox (usually in September) they lose 2 minutes of daylight each day.
Which of the graphs is most likely to represent the graph of daylight for the month after the spring equinox?
Which of the graphs is most likely to represent the graph of daylight for the month after the autumnal equinox?
Why are the other graphs not likely to represent either month?
Which of the graphs is most likely to represent the graph of daylight for the month after the spring equinox?
Which of the graphs is most likely to represent the graph of daylight for the month after the autumnal equinox?
Why are the other graphs not likely to represent either month?
1 answer:
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Answer:
1.9 miles.
Step-by-step explanation:
John jogs 2 7/10 miles to the park. Marsha jogs 4/5 miles to the park.
Convert the fractions into decimals:
2 7/10 = 2.7
4/5 = 0.8
Subtract '0.8' from '2.7':
John should jog 1.9 miles farther than Marsha.
Hope this helps.