Scientist is studying the growth of an exponius plant. The plant has an initial height of 10cm and grows at a rate of 2% monthly Part A: Write an equation to model the growth of the plant. Part B: Find the height of the plant after 6 months.

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Answer 1
Answer:

Answer:

eidididiisisisisisiisisisidisis8d8d8id8d8d8d8d8d8d


Related Questions

17. _______Is a process that could be used to separate dissolved particles from the liquid in a solution.
Hat is the difference between DNA and RNA? A. DNA is a protein and RNA is a nucleic acid. B. DNA uses deoxyribose and RNA uses ribose. C. DNA has adenine and RNA has thymine. D. DNA has thymine and RNA has uracil.
In nerve cells the sodium-potassium pump is used to generate gradients of both sodium and potassium ions to propagate electrical signals that travel along nerves. This is a(n) A) example of phagocytosis. B) active transport mechanism. C) passive transport mechanism. D) example of movement with the concentration gradient.
How is a universal genetic code similar to the hypothesis about the origin of life on Earth?
All individuals have two alleles for a given trait. According to Mendel's ____________, these alleles are passed down one each from both mother and father.A.) Law of Segregation B.) Law of InheritanceC.) Law of Dual AllelesD.) Law of independent Assortment

Find the amount of work done in emptying a cylindrical tank completely filled with kerosene. Assume that the radius of the cylindrical tank is 3 m, height is 6 m, and the density of kerosene is 817.15 kg/m3

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The formula for the work done in emptying a tank is this:
W = ωyV

where
ω is the specific weight
y is the center of gravity
V is the volume of the liquid

The specific weight can be calculated using the formula
ω = ρg
where
ρ is the density
g is the acceleration due to gravity

Solving for ω
ω = 817.15 kg/m3 (9.81 m/s2)
ω = 8016.24 N/m3

The center of gravity of a completely filled cylindrical tank is just 1/2 of the height. So,
y = 3 cm

The volume of the kerosene is just the volume of tank. Using the formula for the volume of a cylinder
V = πr²h
V = π (3²) (6)
V = 54π m³

Therefore, the word done is
W = 8016.24 (6) (54π)
W = 8159538.47 J or
W = 8.16 MJ

Answer:

4.08 x 10^6

Explanation:

A cell is placed in a water solution with the same salt concentration as the cell. The cell is placed in a _____.

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The right answer is an isotonic solution.

An isotonic solution is a system in which the osmotic concentration is the same as the solute concentration of a cell. In this case, the cell does not swell or shrink because there is no gradient of water concentration across the cell membrane.

The water molecules diffuse across the plasma membrane in both directions, and the rate of water diffusion is the same in each direction of this cell without gaining or losing water.


Isotonic solution. Since it has the same salt concentration as the cell the solution is neither hypotonic or hypertonic.

If you put a pot on the stove, the pot becomes hot. The heat is transferred to the pot on the burner by radiation.TRUE/FALSE

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Answer:

the answer is FALSE

Explanation: I already turned in my test so I know that this is the correct answer. because it is caused by conduction NOT  radiation.

the process by which heat or electricity is directly transmitted through a substance when there is a difference of temperature or of electrical potential between adjoining regions, without movement of the material.

The answer is True. The heat is transfered to the pot by radiation.

Sean wants to know whether monarch butterflies prefer to feed from flowers of a certain color. Sean placed different colored lantana flower plants in separate 1-L terra cotta flower pots. He has a white lantana, purple lantana, orange lantana, yellow lantana, and red lantana. Sean set the pots on his back porch. He then observed the pots for four days and recorded how many visits each of the flower plants received from a monarch butterfly. What is the variable in Sean's experiment?

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The colour of the flowers is the variable in the above-mentioned experiment.

What is entomophily?

It is a method of performing cross-pollination where the transfer of the pollen grains from the anther of one flower of a plant to the stigma of another flower of a plant happens by the insects.

It is often called insect pollination. The flowers that are pollinated by insects have attractive petals of bright colours. This adaptation ensures that the insects will be attracted to the flowers.

The nectar present in these flowers, on which the insects feed is also sweet with an attractive scent. This is another factor which attracts the insects to the flowers.

It is by way of sucking the nectar that the insects also get pollen stuck on their mouth regions and legs. The pollen grains produced by these flowers are also sticky.

Therefore, to examine if monarchbutterflies prefer a specific coloured flower, different plants with different coloured flowers need to be used and the colour of the flowers will be the variable.

Read more about entomophily, here

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the INDEPENDENT VARIABLE is Flower color.
the DEPENDENT VARIABLE is how many visits received
the CONSTANT VARIABLE is the type of butterfly, and amount of butterflies used.

the best explanation for the decrease in the amount of energy transferred to each succeeding level is that much of the energy ?

Answers

Assuming that you're talking about a food pyramid in the ecosystem, 
the best explanation for the decrease in the amount of energy transferred to each succeeding level is that much of energy is :  released as heat

Hope this helps

Use the models that you created in Lesson 2, Lab 1 to help you answer the following question. How does an increase in cell volume impact the diffusion of materials through the cytoplasm?

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The cytoplasm is a thick, liquid residing between the cell membrane holding organelles.

The larger the cell, the longer time it takes for materials to travel.

Is how an increase in cell volume impacts the diffusion of materials through the cytoplasm.

Increasing the cell's volume would reduce the efficiency of the diffusion of materials through the plasma membrane into the cytoplasm of the cell. 

On the other hand, increase the surface area and decreasing the volume oft the cell would increase the rate of diffusion across the plasma membrane.