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# a population of 820 insects lives in a 1.2-acre area. they gather nectar from a population of 560 flowering plants. the plants live in a 0.2-acre area. which population has greater density, the insects or the plants? why?

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### James

Guys, does anyone know the answer?

get a population of 820 insects lives in a 1.2-acre area. they gather nectar from a population of 560 flowering plants. the plants live in a 0.2-acre area. which population has greater density, the insects or the plants? why? from EN Bilgi.

## a population of 820 insects lives in a 1.2

A population of 820 insects lives in a 1.2-acre area.They gather nectar from a population of 560 flowering plants live in a 0.2-acre area.Which population - 599…

a population of 820 insects lives in a 1.2-acre area.They gather nectar from a population of 560 - Brainly.ph

Source : brainly.ph

## A population of 820 insects lives in a 1.2

Answer (1 of 8): Convert both populations to quantity/Acre so you are comparing the same area sizes: 1.2 Acre = 820 insects → divide both sides by 1.2 1 Acre = 683 insects (rounded to whole insect) or restated: 683 insects per Acre 0.2 Acre = 560 flowering plants. Divide both sides by 0.2 (not...

A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants live in a 0.2-acre area. Which population has greater density, the insects or the plants? Why?

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Sort Bheema Mudda

Former Rtd Director at Government of India (2002–2007)Author has 4.3K answers and 1M answer views8mo

1 ACRE =43560 S FT SO 1.2 ACRE = 1.2*43560 =52272 S FT

INSECT DENSITY PER S FT =820/52272= 0.0157

0.2 ACRE = 0.2 *43560 =8712 S FT

PLANT DENSITY = 560/ 8712=0.06427915518824609733700642791552

ANSWER FLOWERING PLANT DENSITY SLIGHTLY MORE THAN 4 TIMES THE DENSITY OF INSECTS

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Tom Bell

The density of insects is 820/1.2 =~ 683 insects per acre.

The density of the flowering plants is 820/.2 = 4,100 plants per acre.

Contained in a very small area, the plants are much more tightly compacted than the insects.

Ramaswamy Arunachalam

DENSITY OF INSECTS = 820/1.2 = 683.333

DENSITY OF FLOWERS PLANT = 560/0.2 = 2800

THE PLANTS HAS THE GREATER DENSITY.

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Ravi Sharma

Former Group A Officer From Northern Railway, (1973–2009)Author has 5.1K answers and 431.3K answer views8mo

820 insects live in 1.2 acre area

560 plants live in .2 acre area

So 560×1.2/.2= 3360 plants will live in 1.2 acre area

PLANTS HAVE GREATER DENSITY

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Allen Ries

density = 820 insects/1.2 acres = 683.3…insects per acre.

density = 560 plants / 0.2 acres = 2,800 plants per acre.

2800 is greater than 683 therefore the plants ae more dense than the insects.

Brian Wilson

Studied Bachelor of Science in Electrical Engineering at University of Washington (Graduated 1999)Author has 247 answers and 54.5K answer views8mo

Convert both populations to quantity/Acre so you are comparing the same area sizes:

1.2 Acre = 820 insects → divide both sides by 1.2

1 Acre = 683 insects (rounded to whole insect) or restated: 683 insects per Acre

0.2 Acre = 560 flowering plants. Divide both sides by 0.2 (not changing the ratio but converting flowerering plants per acre: →

1 Acre = 2,800 or restated: 2,800 flowering plants per Acre. Can you see that the flowering plants have a higher density than insects? There are more of them in a given space (1Acre)

Sandy Smyth

Service Desk Analyst at Samsung SDS (2007–present)Author has 7.9K answers and 2.6M answer views8mo

There are 820/1.2 = 683.33 insects per acre

There are 560/0.2 = 2800 flowering plants per acre.

So the population of plants has the greater density.

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Carlos E Aspillera

Lives in Barcelona, Spain (2018–present)Author has 5.3K answers and 914K answer views8mo

Insects — 820 insects / 1.2 acre = 683.33 insects/acre

Plants —- 560 plants/ 0.2 acre = 2,800 plants/acre.

The plants have a density 0f 2,800 per acre while the insects have

a density of 683.33 per acre.

This helps us sort answers on the page.

Absolutely not Definitely yes Peter Groot

Related

Arthur has an ant farm and counts the number of ants each week. In week 4 there are 3200 ants. In week 6 there are 5120 ants. Assuming the population of ants is increasing exponentially, how many ants were there in week 2?

In week 4 there are 3200, in week 6 there are 5120, that ratio is 5:8.

For an exponential increase, the number of ants in week 2 was 5/8 of 3200 = 2000.

Source : www.quora.com

## A population of 820 insects lives in a 1.2

A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants. The plants live in a 0.2-acre area. Which

## A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants. The plants live in a 0.2

Home/ Philippines/Biology/A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants. The plants live in a 0.2

## A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants. The plants live in a 0.2

Question

A population of 820 insects lives in a 1.2-acre area. They gather nectar from a population of 560 flowering plants. The plants live in a 0.2-acre area. Which population has greater density, the insects or the plants? Why?

in progress 0 Biology Skylar 10 months 1 Answers 0 views 0

Evelyn 0

July 30, 2021 at 7:34 am

Cause density represents the average number of individuals per unit area and since there a lot of flowers in the 0.2 area it means the area is more dense than the acre where insects lives

Edit: to know divide the no. Of indivuduals to the size of the area and the highest no. Is the most dense