Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper at start and end in the same place dan wan of every street and follow the direction of trate. Al streets have one lane in each direction Of course, you will need to create a verteder er for the Accurate distances must be used. The scale can be found on the poogle map You must explain mathematically why your circuit in the optimal docuit in terms of cost. Assume that operating the weeper costs $10 per 200 feet. To make your map and vortex edge graph easy to see you should upload them into your poogle drive and paste the sharable links in the text editor below. Make sure you set permissions to allow anyone with the link to view the images. You can type ay explanations and math clutations in the text box below If you prefer, you may create a slideshow and upload that to the portfolio. Just make sure that your sideshow contains all of the required information for the task including the reflection portion Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street and follow the direction of traffic. All streets have one lane in each direction Of course, you will need to create a vertex edge graph for the area. Ver Accurate distances must be used. The scale can be found on the google map. You must explain mathematically why your circult is the optimal circuit in terms of cost. Assume that operating the sweeper costs $10 per 200 feet Tholooster A.COM w Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street and follow the direction of traffic. All streets have ane lane in each direction Of course, you will need to create a vertex edge graph for the area. Vw Accurate distances must be used. The scale can be found on the sole man. You must enain math Accurate distances must be used. The scale can be found on the google map. You must explain mathematically why your circuit is the optimal circuit in terms of cost. Assume that operating the sweeper costs $10 per 200 feet. To make your map and vertex edge graph easy to see, you should upload them into your google drive and paste the sharable links in the text editor below. Make sure you set permissions to allow anyone with the link to view the images. You can type any explanations and math calculations in the text box below. Questions to Answer If you prefer, you may create a slideshow and upload that to the portfolio. Just make sure that your slideshow contains all of the required information for the task including the reflection portion Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street, and follow the direction of traffic. All streets have one lane in each direction Of course, you will need to create a vertex edge praph for the area Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper at start and end in the same place dan wan of every street and follow the direction of trate. Al streets have one lane in each direction Of course, you will need to create a verteder er for the Accurate distances must be used. The scale can be found on the poogle map You must explain mathematically why your circuit in the optimal docuit in terms of cost. Assume that operating the weeper costs $10 per 200 feet. To make your map and vortex edge graph easy to see you should upload them into your poogle drive and paste the sharable links in the text editor below. Make sure you set permissions to allow anyone with the link to view the images. You can type ay explanations and math clutations in the text box below If you prefer, you may create a slideshow and upload that to the portfolio. Just make sure that your sideshow contains all of the required information for the task including the reflection portion Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street and follow the direction of traffic. All streets have one lane in each direction Of course, you will need to create a vertex edge graph for the area. Ver Accurate distances must be used. The scale can be found on the google map. You must explain mathematically why your circult is the optimal circuit in terms of cost. Assume that operating the sweeper costs $10 per 200 feet Tholooster A.COM w Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street and follow the direction of traffic. All streets have ane lane in each direction Of course, you will need to create a vertex edge graph for the area. Vw Accurate distances must be used. The scale can be found on the sole man. You must enain math Accurate distances must be used. The scale can be found on the google map. You must explain mathematically why your circuit is the optimal circuit in terms of cost. Assume that operating the sweeper costs $10 per 200 feet. To make your map and vertex edge graph easy to see, you should upload them into your google drive and paste the sharable links in the text editor below. Make sure you set permissions to allow anyone with the link to view the images. You can type any explanations and math calculations in the text box below. Questions to Answer If you prefer, you may create a slideshow and upload that to the portfolio. Just make sure that your slideshow contains all of the required information for the task including the reflection portion Your task is to design an optimal circuit for a street sweeper in the neighborhood below. The street sweeper must start and end in the same place, clean all lanes of every street, and follow the direction of traffic. All streets have one lane in each direction Of course, you will need to create a vertex edge praph for the area
