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What is the greatest number that rounds to 65000000?
if you are rounding up, 64999999.9999999999999...etc if you are rounding down, it depends on how much you are rounding down. the usual answer could be, 69999999.9999999999999...etc
What is Rounding and adjusting?
Students round down or round up and then adjust their estimate depending on how much rounding affected the original values.
How does friction slow down a ball on a grassy surface?
When the ball encounters a blade of grass it causes the grass to move. The ball is effectively transferring its kinetic energy to the blade of grass. This transfer of energy occurs at each encounter with a blade of grass. Eventually the ball has transferred all of its energy to the grass and the ball stops. Since this transfer of energy is much less that 100% efficient, most of the energy from the ball is converted into heat via the resistance the grass has to bending, the grass sliding on neighboring blades of grass, the grass sliding on the ball itself, as well as complex interactions with the soil.
How much of energy contained originally in the grass is usable by the lion?
0.1 kg
About how much of the energy contained originally in the grass is usable by the lion?
Only about 10% of the energy originally contained in the grass is usable by the lion. This is due to the inefficiencies of energy transfer between trophic levels in an ecosystem, where energy is lost as heat and through metabolic processes. Consequently, only a small fraction of the energy from the grass is converted into body mass and available to the lion when it consumes herbivores that have fed on the grass.
Why does grass growth faster when only a little is cut?
Because the grass plants don't require as much energy to renew their growth as when they are cut a bit shorter. If grass was cut quite short, it takes more energy reserves and more effort for the grass to renew its growth to the point of maturity.
A zebra eats 10kg of grass How much of the energy contained originally in the grass usable by the loin?
Lions don't eat grass, so the question isn't applicable. Besides, this is just like the question asked about a cow eating so much grass and then asking how much of the energy from the grass can be usable by humans? It's immeasurable because food gets converted into energy in different ways for different animals, and to think that cutting out the middle-man would help bridge the gap between the energy lost is one that doesn't truly understand how it all really works. Humans aren't built nor meant to eat grass, nor are lions.
What must the fourth-order consumer do to have a much energy as the energy of the grass at the base?
kill other animals by digging their teeth into their uretha
How much of the energy contained originally in the grass is usable by the lion?
Roughly 10% of the energy contained in the grass is available for the lion to use. This is due to energy transfer inefficiencies as you move up the food chain, with most of the energy being lost as heat during metabolic processes.
Lions and tigers need much less meat to give them the same energy as a horses get from much more grass why is this?
Lions and tigers are obligate carnivores, meaning their bodies are adapted to efficiently digest and extract nutrients from meat. They have a shorter digestive tract optimized for breaking down animal protein and fats. Horses, on the other hand, are herbivores with longer digestive systems designed to process plant matter like grass, which provides them with the necessary energy through fermentation in their hindgut.
What would you round 3343 to?
Depends on how much you are round to: For example, rounding to nearest 10 = 3340 Rounding to nearest 100 = 3300 Rounding to nearest 1000 = 3000
Does the organism at the top of energy pyramid have the most energy available to them?
No. Energy will always get lost on it's way up the food chain. This is why there is much more grass than there are Bison, and many more Bison than there are Lions. But the creature at the top probably has a richer source of energy available to them, it's much easier to get energy out of a cow's flesh than to get it out of grass because the cow has already done all the hard work of digesting the grass.
