The Best Sativa Marijuanas Plants

 

Research Methodology

The research methodology I used is the controlled experiments of plant chemicals on the plant sativa marijuanas plant using the industrial microenvironment and through trials using the traditional methods to ensure that I will be able to define the matter and provide assurance that the proposed methods will be able to fill the research question.

An industrial microenvironment is a controlled and stable environment with limited amounts of solution that allows for industrial synthesis (Saskin, 2007). The experiment will be carried out at different temperature levels. The most suitable method is conducted by raising the plant at a temperature of 23–36 degree Celsius where the plant would grow naturally and bioassay on the mid-afternoon under the open window of the greenhouse.

The use of controlled experimental methods is important since they give the answer to the questions in the research hypothesis. The controlled experimental methods will enable me to make use of my scientific knowledge in molecular reactions. Through controlled experiments, I will be able to answer the question on the inhibition of sativa marijuanas plant.

Secondly, I will carry out my experiments using the industrial technique while using the traditional methods of growing the plant in an open greenhouse, a room, and the back-up shelter. The traditional methods are applicable since they are an efficient process and provide more accurate results.

The background of my research

My research will bring out evidence that the plant marijuanas plants contains a powerful chemokine that has a potent antioxidant property. My research will provide an accurate discovery of the sativa marijuanas plant after she has been induced.

Methods

Experimental methods

I shall gather a plant that has sativa marijuanas (dang melonia) as part of the plant and measure for a year to assess the effectiveness of the experiment.

Experimental methods:

I shall attempt to grow the plant in an open greenhouse at 23–36°C. I shall measure for a year and inspect the plants again. I shall provide the resultant results.

Experimental methods:

After conducting experiments under the open windows I shall continue at the same level using my process tree in the mid-afternoon when the plants are full grown.

Experimental methods:

I shall measure for a year to observe the effects of the sativa marijuanas plant at an industrial micro environment of 23–36°C.

Experimental methods:

I shall seek to produce for some time for several days at the end of the scientific year. After I have given my results, I shall conducted a test to determine whether the best reaction was the treatment that I had before at the same rate.

In order to verify the effects of the micro-environment on the sativa marijuanas, I shall use certain micro-environment under the industrial environment. I shall establish the best reaction as the one that resulted in the best signal (Saksyy, Ransley, Wiesmann, & Olenik, 2007).

I shall divide the plant at 23–36°C into two groups. The first group shall be treated with the treatment (23–36°C), while the second group shall be treated with the treatment (31°C)

Experimental methods:

The plant shall be grown under the industrial micro-environment at 23–36°C to give effective effects as per the experimental experiments.

The clinical trials shall take place at the beginning of January 2021 and will be carried out at different temperatures to allow me to answer the research question.

Criteria/assumptions

The three major variables that I will have included are the sativa marijuanas at three different levels as follows: 23–36°C, 31°C, and 23–36°C (i.e., high, mid, and low) and the sativa marijuanas plant at the individual level of 23–36°C.

Treatment: A high was used at 23–36°C by planting the plant directly into the medium.

The plant grew at a high temperature.

I used the agave extract to treat the plant.

No matching experimental effects

Having used the chemical method, I can attain a result of provenance values of the sativa marijuanas that achieve the pharmacological properties such as the expression of sativa marijuanas drug-invasion dendrimers, bioavailability, and antiseptic efficiency (Saksyy et al., 2007). This implies that the clones los angeles had the capacity to effect a strong effect on various biological processes as has been shown in the lab.

Some subgroups will be used to evaluate this type of experiment when doing the experiments under the industrial microenvironment. The results shall be measured at different levels of pressure. For instance, we shall use 20 MKIKA spray over a week period (70mgAAD) from 24 Hours AAT (AAC) as