Mathematics: Select all the temperatures that are in the range of function w

Step-by-step explanation: Range of a function is represented in y - axis.In the given graph the temperature...

Select all the temperatures that are in the, №15257003, 15.05.2020 04:17

Geography

What can Benito conclude about the effects of Florida s elevation on its climate? Florida typically experiences cold temperatures and temperature changes within a narrow range. Florida typically experiences cold temperatures and temperature changes within a broad range. Florida typically experiences warm temperatures and temperature changes within a narrow range. Florida typically experiences warm temperatures and temperature changes within a broad range.

Step-by-step answer

P Answered by Specialist

6

Florida typically experiences warm temperatures and temperature changes within a narrow range.

Question

Benito is doing research on the effects of Florida's elevation on its climate. His notes include the following:

1. The average elevation of Florida is 30 m above sea level.

2. The highest point in Florida is Britton Hill, which is 105 m above sea level.

3. The change in temperature from 0 m to 1,000 m is 7 °C.

Explanation: The low elevation of the area suggests a warm temperature, The higher you go, the cooler it gets. Also Benito observed that the change in temperature from 0 m to 1,000 m is 7 °C. This shows that there a narrow range in the temperature across Florida.

In addition, Florida is a coastal area. Coastal areas experience mild climates with warm summers, cool but not harsh winters and lots of rainfall. The reason for the warm weather in coastal area is the difference in the time it takes the land and the sea to absorb heat. Air from the sea then cools the land during the day and at night, cool air flows to the sea.

Geography

What can Benito conclude about the effects of Florida s elevation on its climate? Florida typically experiences cold temperatures and temperature changes within a narrow range. Florida typically experiences cold temperatures and temperature changes within a broad range. Florida typically experiences warm temperatures and temperature changes within a narrow range. Florida typically experiences warm temperatures and temperature changes within a broad range.

Step-by-step answer

P Answered by Specialist

6

Florida typically experiences warm temperatures and temperature changes within a narrow range.

Question

Benito is doing research on the effects of Florida's elevation on its climate. His notes include the following:

1. The average elevation of Florida is 30 m above sea level.

2. The highest point in Florida is Britton Hill, which is 105 m above sea level.

3. The change in temperature from 0 m to 1,000 m is 7 °C.

Explanation: The low elevation of the area suggests a warm temperature, The higher you go, the cooler it gets. Also Benito observed that the change in temperature from 0 m to 1,000 m is 7 °C. This shows that there a narrow range in the temperature across Florida.

In addition, Florida is a coastal area. Coastal areas experience mild climates with warm summers, cool but not harsh winters and lots of rainfall. The reason for the warm weather in coastal area is the difference in the time it takes the land and the sea to absorb heat. Air from the sea then cools the land during the day and at night, cool air flows to the sea.

Biology

Benito is doing research on the effects of florida s elevation on its climate. his notes include the following: 1. the average elevation of florida is 30 m above sea level. 2. the highest point in florida is britton hill, which is 105 m above sea level. 3. the change in temperature from 0 m to 1,000 m is 7 °c. what can benito conclude about the effects of florida s elevation on its climate? a.) florida typically experiences cold temperatures and temperature changes within a narrow range. b.) florida typically experiences cold temperatures and temperature

Step-by-step answer

P Answered by PhD

17

D.) Florida typically experiences warm temperatures and temperature changes within broad range

Explanation:

Florida has a topography that makes the state have very monotonous climate. Its elevation is very low all over, and the difference between its lowest and highest point is very small, just 105 meters. Because there's no real natural obstacle for the air masses, and the whole state is under the influence of the same weather conditions, it has temperatures that are either the same or very similar all over. As it is heavily influenced by warm and moist air masses, Florida usually has warm weather, high humidity, and solid amounts of precipitation.

Biology

Benito is doing research on the effects of florida s elevation on its climate. his notes include the following: 1. the average elevation of florida is 30 m above sea level. 2. the highest point in florida is britton hill, which is 105 m above sea level. 3. the change in temperature from 0 m to 1,000 m is 7 °c. what can benito conclude about the effects of florida s elevation on its climate? a.) florida typically experiences cold temperatures and temperature changes within a narrow range. b.) florida typically experiences cold temperatures and temperature

Step-by-step answer

P Answered by PhD

17

D.) Florida typically experiences warm temperatures and temperature changes within broad range

Explanation:

Florida has a topography that makes the state have very monotonous climate. Its elevation is very low all over, and the difference between its lowest and highest point is very small, just 105 meters. Because there's no real natural obstacle for the air masses, and the whole state is under the influence of the same weather conditions, it has temperatures that are either the same or very similar all over. As it is heavily influenced by warm and moist air masses, Florida usually has warm weather, high humidity, and solid amounts of precipitation.

Mathematics

Drag the tiles to the correct boxes to complete the pairs. not all tiles will be used. the box plot compares the monthly average temperature (in degrees fahrenheit) recorded in the towns of springwood and meadows from april to october. match each phrase to its correct value. the median of the temperatures at springwood the median of the temperatures at meadows: the interquartile range of the temperatures at springwood: the interquartile range of the temperatures at meadows: the difference of the medians as a multiple of their average interquartile

Step-by-step answer

P Answered by PhD

29

The median of the temperatures at Springwood is 86.

The median of the temperatures at Meadows is 73.

The interquartile range of the temperatures at Meadows is 12.

The interquartile range of the temperatures at Springwood is 14.

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians = 1 x (Average interquartile range)

Step-by-step explanation:

In a box - whisker plot , the vertical line in box represents the median value.

The left end of box denotes Lower quartile and the right end of the box Upper quartile.

By considering the given picture,

For Meadows ,

Median = 73

The median of the temperatures at Meadows is 73. (1)

Lower quartile = 68

Upper quartile = 80

Interquartile range = Upper quartile- Lower quartile

Interquartile range=80-68 = 12

The interquartile range of the temperatures at Meadows is 12. (2)

For Springwood,

Median = 86

The median of the temperatures at Springwood is 86. (3)

Lower quartile = 77

Upper quartile = 91

Interquartile range = Upper quartile- Lower quartile

= 91-77 = 14

The interquartile range of the temperatures at Springwood is 14. (4)

Difference in medians = 86-73 = 13 [From (1) and (3)]

Average interquartile range = $\dfrac{12+14}{2}=13$ [From (2) and (4)]

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians = 1 x (Average interquartile range)

Mathematics

Drag the tiles to the correct boxes to complete the pairs. not all tiles will be used. the box plot compares the monthly average temperature (in degrees fahrenheit) recorded in the towns of springwood and meadows from april to october. match each phrase to its correct value. the median of the temperatures at springwood the median of the temperatures at meadows: the interquartile range of the temperatures at springwood: the interquartile range of the temperatures at meadows: the difference of the medians as a multiple of their average interquartile

Step-by-step answer

P Answered by PhD

29

The median of the temperatures at Springwood is 86.

The median of the temperatures at Meadows is 73.

The interquartile range of the temperatures at Meadows is 12.

The interquartile range of the temperatures at Springwood is 14.

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians = 1 x (Average interquartile range)

Step-by-step explanation:

In a box - whisker plot , the vertical line in box represents the median value.

The left end of box denotes Lower quartile and the right end of the box Upper quartile.

By considering the given picture,

For Meadows ,

Median = 73

The median of the temperatures at Meadows is 73. (1)

Lower quartile = 68

Upper quartile = 80

Interquartile range = Upper quartile- Lower quartile

Interquartile range=80-68 = 12

The interquartile range of the temperatures at Meadows is 12. (2)

For Springwood,

Median = 86

The median of the temperatures at Springwood is 86. (3)

Lower quartile = 77

Upper quartile = 91

Interquartile range = Upper quartile- Lower quartile

= 91-77 = 14

The interquartile range of the temperatures at Springwood is 14. (4)

Difference in medians = 86-73 = 13 [From (1) and (3)]

Average interquartile range = $\dfrac{12+14}{2}=13$ [From (2) and (4)]

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians = 1 x (Average interquartile range)

Mathematics

The table shows the record monthly high and low temperatures for a city in alaska. jan feb mar apr may jun jul aug sep oct nov dec high(f) 56 57 56 72 82 92 84 85 73 64 62 53 low(f) -35 -38 -24 -15 1 29 34 31 19 -6 -21 -36 a. find the range of temperatures for each month. b. what are the all-time high and low temperatures? c. what is the range of the temperatures in part (b)?

Step-by-step answer

P Answered by Master

6

Range is the highest number - the lowest number so it could be written 56 - (-35) or 91. for b you need the highest high and the lowest low then c is the same as a but with the numbers you find in b.

Mathematics

The table shows the record monthly high and low temperatures for a city in alaska. jan feb mar apr may jun jul aug sep oct nov dec high(f) 56 57 56 72 82 92 84 85 73 64 62 53 low(f) -35 -38 -24 -15 1 29 34 31 19 -6 -21 -36 a. find the range of temperatures for each month. b. what are the all-time high and low temperatures? c. what is the range of the temperatures in part (b)?

Step-by-step answer

P Answered by Specialist

6

Range is the highest number - the lowest number so it could be written 56 - (-35) or 91. for b you need the highest high and the lowest low then c is the same as a but with the numbers you find in b.

Physics

The temperatures of one northeastern state range from 205F in the summer to 35F in winter. Express this temperature range in degrees Celsius and in kelvins

Step-by-step answer

P Answered by PhD

The temperature range will be 96.1^0C in summer to 1.67^0C in winter. The temperature range will be 369.1K in summer to 274.67K in winter.