The rounded form of 347500 for given cases gives 348000, 350000 and 300000.
Rounding some number to a specific value is making its value simpler (therefore losing accuracy), mostly done for better readability or accessibility.
Rounding to some place keeps it accurate on the left side of that place but rounded or sort of like trimmed from the right in terms of exact digits.
For this case, we've got the number 347,500
Rounding it for given cases:
Rounding to nearest thousand means rounding to the digit whose value is in thousands (from 0 to 9).
This is the fourth digit from right of the decimal.
347500 = 347500.0
The fourth digit from right is 7
Rounding to it, as it has 5 next to it, the rounded version will make 7500 -> 8000
Thus, we get:
347500 -> 348000
Similarly,
There are 5 digits in 10000, and 5th digit from right in 347500 is 4
Right to 4, there is 7, which is ≥ 5, therefore, 47500 will become 50000
Thus, we get:
347500 -> 350000
6th digit from right in 347500 is 3.
Right to 3 lies 4. 4 < 5 therefore 347500 will become 300000 after rounding to the nearest 100000
The digit 5 acts as a limit.
If the right sided digit to the digit where we've to round off is < 5, we keep it same and make all right sided values 0, and if the right sided digit is > 5, then we make it increase by 1 and rest of the right sided digits become 0. If the digit on right is 5, and after it there is only zeros or no value, then we round up (increase by 1, as we did in 347500 -> 34800 ) (Well there are many detailed rules of rounding)
Thus, the rounded form of 347500 for given cases gives 348000, 350000 and 300000.
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If all plants had the same kind of roots, it would impact their ability to access nutrients, water, and support, leading to ecological imbalances and reduced biodiversity.
Plants possess various types of roots suited to their specific habitats and requirements. These roots serve essential functions such as anchoring the plant, absorbing water and minerals from the soil, and storing energy. If all plants had identical roots, several significant issues would arise.
1. Nutrient Competition: Different plants thrive in different soil conditions. Some have shallow roots to capture nutrients from the topsoil, while others develop deep taproots to access nutrients in deeper layers. If all plants had the same type of roots, they would compete intensely for the same resources, resulting in imbalanced nutrient depletion and decreased soil fertility.
2. Water Scarcity: Plants adapted to different environments have unique root structures that help them survive varying water availability. With uniform root systems, some plants might struggle to obtain sufficient water in arid regions, while others might face waterlogging in wet areas, ultimately affecting their growth and survival.
3. Ecosystem Disruption: Biodiversity relies on the diversity of plant species, each contributing to the stability of an ecosystem. Uniform root systems would lead to a reduction in plant diversity, impacting the overall ecosystem. Animals, insects, and microorganisms that depend on specific plants for food and habitat would also suffer, triggering a ripple effect throughout the food chain.
4. Soil Erosion: Plants with diverse root structures help prevent soil erosion by binding the soil together. If all plants had the same roots, soil erosion could increase, negatively impacting soil health, water quality, and the stability of landscapes.
5. Adaptation and Evolution: Variation in root systems has evolved over time to help plants adapt to their environments. A single type of root would hinder plants' ability to survive changes in climate, soil conditions, and other ecological factors.
In conclusion, the diversity of root systems among plants is essential for maintaining healthy ecosystems, preventing resource competition, and ensuring the long-term survival of various plant species.
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Answer:
all of the plant would die out
Step-by-step explanation:
so you know how a cactus has very long roots so that it can reach the water in the desert. And a dandelion has short roots because it rains often in its habitat. so if all plants had the dandelion's roots, the cactus would die because it needs longer roots then the dandelion does.
The actual height of the Eiffel Tower is 500 feet taller than the actual height of the Space Needle.
Given:
height of the Eiffel Tower in the scale drawing is 2.75 inches
and the height of the Space Needle in the scale drawing is 1.5 inches.
According to the scale,
Actual height of the Eiffel Tower = 2.75 inches * 400 feet/inch = 1100 feet
Actual height of the Space Needle = 1.5 inches * 400 feet/inch = 600 feet
Now, we can find the difference in their actual heights:
Difference = Actual height of Eiffel Tower - Actual height of Space Needle
= 1100 feet - 600 feet
= 500 feet
Therefore, the height of Tower is 500 feet taller than Space Needle.
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The missing figure is attached at the end.
Answer:
x4800 inch
Step-by-step explanation:
Answer:
1.97
Step-by-step explanation: