and
If the 2° consumers have 467 kcal, how much energy did the producers have?
Thank you to any answers!
a) 23.4 Kcal is the energy will the 3° consumers receive.
b) 46700 Kcal is the energy producers have.
Explanation:
The energy value is given for the trophic levels. There is a 10 % rule of energy transfer which is applicable to the producers and consumers in the energy pyramid. According to it 10 % energy is transmitted to upper level in a pyramid while 90% gets dissipated in the form of heat.
Energy of producer = 23400 kCal
energy transferred to tertiary consumer = ?
At first the energy transferred to primary consumer is calculated as:
10 % of 23400 Kcal
x 23400
energy transferred to primary consumer = 2340 Kcal
energy transferred to secondary consumer:
10% of primary consumer energy
x 2340
= 234 Kcal
energy transferred to tertiary consumer:
10% of energy of secondary consumer
x 234
= 23.4 Kcal
Tertiary consumer will recieve 234 Kcal of energy.
b) Energy of secondary consumer is 467 Kcal
energy of producers =?
energy of producer was 100 times the energy of secondary consumer
467 x 100
= 46700 Kcal.
False
2. Peers cannot have a direct impact on your personality.
True
False
3. Your behavior and personality sometimes come directly from role models.
True
False
4. Healthy Relationships and self esteem are directly linked.
True
False
5. You should never compromise in a healthy relationship.
True
False
6. If you don’t like another person’s qualities, it is best not to spend time with them.
True
False
7. Jealousy is a normal human emotion and is a sign of a healthy relationship.
True
False
8. Harassment and bullying are problems that are often associated with children and teens who are of school age.
True
False
9. It is important to remember that if someone is bullying you, you are the problem and you need to change.
True
False
10. Adults can also be victims of bullying.
True
False
1. True
2.False
3.True
4.True
5.False
6.True
7.False
8.True
9.False
10.True
B. Plant Cells Only
C.prokaryotic cells only.
D.all eukaryotic cells.
Unlike photosynthesis, cellular respiration occurs in all the eukaryotic cells. Thus, the correct option is D.
Cellular respiration is the process by which the biological fuels such as carbohydrates (glucose sugar) are oxidized in the presence of an inorganic electron acceptor such as oxygen to produce large amounts of energy-rich compounds, to drive the bulk production of ATP molecule. This process occurs in all types of eukaryotic cells including plant cells and animal cells.
Photosynthesis is the process of formation of food in the form of carbohydrate (glucose) in the presence of sunlight and carbon dioxide in the chloroplast of plant cell and organisms which contain a chloroplast.
Therefore, the correct option is D.
Learn more about Cellular respiration here:
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B. 40°
C. 80°
D. 100°
B. 40°
m∠BAC = 40°
But, angles in a triangle adds up to 180 degrees, therefore;
m∠BAC = 180 - (m∠ACB + m∠ABC)
= 180 - (50 + 90)
= 180 - 140
= 40°
Thus; m∠BAC = 40°
The solution of m∠BAC is mathematically given as
m∠BAC = 40°. This is further explained below.
The angle formed by two crossing lines or surfaces, commonly expressed as a number of degrees.
Generally, the equation for angle m∠BAC is mathematically given as
m∠BAC = 180 - (m∠ACB + m∠ABC)
m∠BAC = 180 - (50 + 90)
m∠BAC = 40°
In conclusion, m∠BAC = 40°
Read more about angle
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b. contains a changed pathogen, so the pathogen is no longer harmful.
c. provokes a response from the viral immune system.
d. all of the above
Animals that live in taiga biomes had to adapt to seasonal changes, by changing their fur or feather color. For example, snowshoe rabbit and arctic fox live in taiga and their fur color changes with environmental conditions. To effectively camouflage, their fur is white during the winter. That helps them blend into the snow. In the summer, where there is no snow, their fur is brown and similar to the soil color. This way they evade predators because it is more difficult for their predators to spot them.
Answer:
A) Climate
The arctic fox and snowshoe rabbit have made species adaptations over time that help them to survive. For example, both creatures have fur that turns white in winter. They also have fur on the pads of their feet. These are both examples of their adaptations to Climate