percentages are based on one-hundredths. The value 100% is equal to 100 one-hundredths or 100/100. The value 50% equals 50/100, which can also be written as the decimal 0.50. The value 5% equals 5/100 or 0.05. The value 0.5% equals 0.5/100 or 5/1000 or 0.005. Convert the following percentages into one-hundredths and then into a decimal: 75%, 20%, 0.8%.

MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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3. Calculate Remember that percentages are based on one-hundredths. The value 100% is
equal to 100 one-hundredths or 100/100. The value 50% equals 50/100, which can also be
written as the decimal 0.50. The value 5% equals 5/100 or 0.05. The value 0.5% equals
0.5/100 or 5/1000 or 0.005. Convert the following percentages into one-hundredths and then
into a decimal: 75%, 20%, 0.8%.
4. Calculate Assume there are 1000 units of energy in the producer level of the energy
pyramid. How many units of energy are available at each of the three consumer levels? Shov
your calculations. Hint: First, change the percentages to decimals.
5. Calculate Suppose there are 500 units of energy available at the base of a pyramid of energy
How many units of that energy will the first-level consumers store? How many units will th
second-level consumers store?
6. Infer Why are there usually so few organisms at the top level of a pyramid of energy?
lan
Transcribed Image Text:Date: Class: 3. Calculate Remember that percentages are based on one-hundredths. The value 100% is equal to 100 one-hundredths or 100/100. The value 50% equals 50/100, which can also be written as the decimal 0.50. The value 5% equals 5/100 or 0.05. The value 0.5% equals 0.5/100 or 5/1000 or 0.005. Convert the following percentages into one-hundredths and then into a decimal: 75%, 20%, 0.8%. 4. Calculate Assume there are 1000 units of energy in the producer level of the energy pyramid. How many units of energy are available at each of the three consumer levels? Shov your calculations. Hint: First, change the percentages to decimals. 5. Calculate Suppose there are 500 units of energy available at the base of a pyramid of energy How many units of that energy will the first-level consumers store? How many units will th second-level consumers store? 6. Infer Why are there usually so few organisms at the top level of a pyramid of energy? lan
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