Which form of energy does a plant store when light is transformed during photosynthesis?a. chemical energy
b. thermal energy
c. mechanical energy
d. electrical energy

Answers

Answer 1

Answer: The answer is a. Chemical energy.

Photosynthesis is a process in plants wherein light energy is converted to chemical energy, which is then stored as glucose. This is stored in the chloroplasts.

Photosynthesis is divided into two stages: the light and dark stage. In the light stage, the light energy is converted into ATP and NADPH, these are like the energy cells of the plant. After the light stage, the ATP and NADPH that were produced are used in the dark stage. The dark stage will use these energy cells to transform carbon dioxide into sugar.

Answer 2

Answer:

Answer:

Therefore, a. chemical energy plant store when light is transformed during photosynthesis.

Explanation:

Photosynthesis is the process plants and some algae use to convert light energy to chemical energy stored as sugar within chloroplasts .

Photosynthesis is 6CO2 + 6H20 + light energy = glucose + 6 oxygen.

Photosynthesis is divided into two main stages: light reaction and dark reaction. The light reaction converts light energy into adenosine triphosphate,

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The effects of agriculture and industry can be more harmful with the further loss of wetlands.
How do the units of work and power compare? a) The unit for work is a watt. The unit for power is a joule, which is a watt-second. b)The unit for work is a watt. The unit for power is a joule, which is a watt per second. c)The unit for work is a joule. The unit for power is a watt, which is a joule-second. d)The unit for work is a joule. The unit for power is a watt, which is a joule per second.

Suppose that a sled is accelerating at a rate of 2 m/s2. If the net force is tripled and the mass is halved, then what is the new acceleration of the sled?(show how you solved it)

Answers

Start with Newton's 2nd law of motion:

   Force = (mass) x (acceleration) .

Since we're going to be talking about acceleration,
lets divide each side by (mass):

   Acceleration = (force) / (mass) .

OK. We start out with a certain acceleration 'A₀'. It's the result of
a certain force 'F₀' and a certain mass 'M₀'. (I used the little subscripts " ₀ "
to show that these are the originals, before any changes.)

   Original acceleration = (Original force) / (original mass)

A₀    = F₀ / M₀ .

Now you want to triple the force and cut the mass in half:

   New acceleration A₁ = (3 F₀) / (1/2 M₀) .

Divide each side by 3:    A₁ / 3 = F₀ / (1/2 M₀) .

Multiply each side by 1/2 :   (1/2 A₁) / 3 = F₀/M₀

   A₁ / 6 = F₀/M₀

Take a look at the right side of that equation . . . F₀/M₀ .
That's just the original acceleration A₀ .
So now, after the change, we have A₁ / 6 = A₀ .

You asked "What is the new acceleration ?"
OK. Multiply each side by 6 : A₁ = 6 A₀ .

Whatever the original acceleration was, the
new acceleration is 6 times as much.

If it was originally 2 m/s², then after the change, it becomes (6 x 2) = 12 m/s² .

Final answer:

Using Newton's second law of motion, if the net force on a sled is tripled and the mass halved, the new acceleration would be 12 m/s².

Explanation:

The subject of this question is derived from the principle of Newton's second law of motion, which states that the acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass. This can be represented as: F=ma (Force = mass * acceleration).

Given that the original acceleration 'a' is 2 m/s², the force 'F' acting on the sled can be calculated as F=ma. But since the net force is being tripled and the mass halved, the new force would be 3F, and the new mass would be m/2.

Now we need to determine the new acceleration, which can be calculated as a = F/m. Plugging in our new values, we get a = (3F)/(m/2). This equates to a = 6F/m. Since the original force is calculated as F=ma, we can substitute this in the above equation. Hence the new acceleration is 6*2 m/s² = 12 m/s².

Learn more about Newton's second law of motion here:

brainly.com/question/13447525

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A 600-N box is pushed up a ramp that is 2 meters high and 5 meters long. The person exerts a force of 300-N. What is the efficiency of the ramp?

Answers

From information given, there are two forces in action, the vertical and the horizontal. We first need to calculate separately work done by these two forces, then determine the efficiency.Work = Force × distancework(a) → 600N × 2m = 1,200 Nmwork(b) → 300N × 5m = 1,500 NmEfficiency = work(a) / work (b) × 100Efficiency = 1200 / 1500 × 100Efficiency = 0.8 × 100Efficiency = 80%Therefore the efficiency of the ramp is 80%

Which of the following is not a manmade cause of global warming?

Answers

Well if climate change is one of the options then that would be it

Question 1: Hypothesis and Data CollectionFill the balloon with water until it is the size of a golf ball, and tie a knot in the end. Make sure there are no air bubbles in the balloon. In the plastic container, mix the plaster of Paris powder with water until it is as thick as yogurt, and then press the balloon into the center. One-third of the balloon should be below the surface of the plaster. Set the container aside until the plaster sets.

Part A
In this experiment, you will place the container in the freezer. What do you think will happen?

Answers

Hypothesis: When the container with the balloon and plaster of Paris is placed in the freezer, the water inside the balloon will freeze and expand as it turns into ice. As the water freezes, it will exert pressure on the plaster, causing the plaster to crack or deform. The extent of cracking or deformation may depend on the strength and thickness of the plaster.

Part B of the experiment would typically involve conducting the experiment and observing the actual outcome to confirm or reject the hypothesis.

Your boss asks you to design a room that can be as soundproof as possible and provides you with three samples of material. The only information on each sample's label is the material's coefficient of absorption. The coefficient of absorption listed on Sample A is 30%, on Sample B is 47%, and on Sample C is 62%. When your boss asks for your choice and the reasoning behind it, what would you tell him? A. Sample A would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the smallest.
B. Sample A would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the largest.
C. Sample C would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the smallest.
D. Sample C would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the largest.

Answers

Answer: Option C: Sample C would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the smallest.

Explanation:

The absorption coefficient of the samples is given. Sample A has 30%, Sample B has 47% and Sample C has 62%. This means that sample C absorbs the most percentage of energy incident on it. The energy in the reflected wave would be least. Hence, it would be best to use for a room to make it soundproof.

The correct answer is Option C) Sample C would be best, because the percentage of the energy in an incident wave that remains in a reflected wave from this material is the smallest.

As the coefficient of absorption would define the energy present in the reflected wave, the material C has the highest percentage of absorption i.e. 62% and would be best suitable to make a sound proof room.

Ocean waves are examples of:
transverse waves
longitudinal waves
circular waves

Answers

Circular is correct.

ocean waves could be the example of both circular and transverse waves. sometimes, ocean waves could move in an up and down (~~~~~~~) wave. sometimes the ocean waves could move in circular waves, [((((O))))] so it depends on the movement. I would mostly choose transverse waves, though, since most of the time, 'ocean waves' are meant to be such kind of movement [~~~~~~~~~~~~~~].

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