Business homework help. I will pay for the following essay The tutoring business. The essay is to be 2 pages with three to five sources, with in-text citations and a reference page.Customers can be reached through different forms of communication. Through networking, the customers can be reached by email, cell or telephone as well as social network sites such as face book and WhatsApp. These forms of communication are fast, secure and efficient. Video conferencing can also be used to conduct business. For instance, skype is a method of communication that enables two people to communicate face to face through the use of video system though they may be located in different places. The other effective method of reaching customers is the use of cell phones. Voice calls can be made or text messages can also be used to link people from different areas. This helps the tutors and the students to exchange vital information. Direct interaction between the tutors and their students can also help these two groups to link with each other. Through face to face communication, the tutors and the students can know each other better quite easily. In order to provide customer service, there are different styles that can be used. The most important thing that we are going to take into consideration is to listen to all their concerns. Effective listening to the customers is a very important component of conducting business. When we listen to the customers, we will be in a position to understand their needs. The other step that we will take in order to provide quality feedback is to provide them with feedback so that they may get to know their progress in learning other languages.
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Business homework help
Business homework help. I will pay for the following essay The tutoring business. The essay is to be 2 pages with three to five sources, with in-text citations and a reference page.Customers can be reached through different forms of communication. Through networking, the customers can be reached by email, cell or telephone as well as social network sites such as face book and WhatsApp. These forms of communication are fast, secure and efficient. Video conferencing can also be used to conduct business. For instance, skype is a method of communication that enables two people to communicate face to face through the use of video system though they may be located in different places. The other effective method of reaching customers is the use of cell phones. Voice calls can be made or text messages can also be used to link people from different areas. This helps the tutors and the students to exchange vital information. Direct interaction between the tutors and their students can also help these two groups to link with each other. Through face to face communication, the tutors and the students can know each other better quite easily. In order to provide customer service, there are different styles that can be used. The most important thing that we are going to take into consideration is to listen to all their concerns. Effective listening to the customers is a very important component of conducting business. When we listen to the customers, we will be in a position to understand their needs. The other step that we will take in order to provide quality feedback is to provide them with feedback so that they may get to know their progress in learning other languages.
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
Gender Studies homework help
Gender Studies homework help. Need an argumentative essay on Experiment 5. Needs to be 4 pages. Please no plagiarism.The solar cells are not only cheap, but they are also safe for the environmental use because they do not result in pollution.In electrolyzing water using solar energy, dye-sensitized photovoltaic cells are used. The sensitizer absorbs light that excites the chromophore leading to the production of electrons that undergo a series of processes within the cell to produce electric current for electrolyzing water. It is hypothesized that dyes or quantum dots can be used to sensitize the semiconductor oxide films of a solar cell to generate electricity (Gratzel 6841). Thus, this experiment aims to construct a dye-sensitized solar cell and to measure its current and voltage as well as using the cell to convert light into electricity for electrolysis of water.The materials required for this experiment included a multimeter for measuring resistance, a candle flame for producing carbon powder, and a piece of wire for connecting glass layers. Two pieces of glass and a piece of tissue paper are also required. The chemicals included ethanol for removing dirt on the surfaces of the glass, anthocyanin dye, titanium dioxide paste, potassium triiodide (KI3) electrolyte. In addition, a lab coat, goggles, and tongs were required for safety reasons.We assembled the cell in the first lab session and determined the current and voltage. During this process, we identified the conducting side of a tin-oxide piece of glass by a multimeter and wiped off the surface with an ethanol-moistened tissue to remove dirt. We then added a small amount of titanium dioxide paste and heated the glass on a hot plate in a hood for 20 minutes until it turned green. On cooling to room temperature, we introduced anthocyanin dye. We coated the second piece of tin oxide glass with carbon powder by passing it through a candle flame. After which, we assembled the two glasses by putting the coated sides together
