Diagram Examples from Real Visitor Prompts

a phylogenetic tree with square corners that shows the Glaucophyte algae as an outgroup, then includes (in this order): Rhodophyta (red algae), Green Algae, Bryophyta (mosses), Ferns, Gymnosperms (cone producers), Angiosperms (flowering plants). Add to that cuticle, chlorophyll a, phycoerythrin, vessel elements, roots, true leaves, wood, and tracheids, each of which are shown as tick marks along the phylogeny and the phylogeny has squared off corners

a phylogenetic tree with square corners that shows the Glaucophyte algae as an outgroup, then includes (in this order): Rhodophyta (red algae), Green Algae, Bryophyta (mosses), Ferns, Gymnosperms (cone producers), Angiosperms (flowering plants). Add to that cuticle, chlorophyll a, phycoerythrin, vessel elements, roots, true leaves, wood, and tracheids

a phylogenetic tree with square corners that shows the Glaucophyte algae as an outgroup, then includes (in this order): Rhodophyta (red algae), Green Algae, Bryophyta (mosses), Ferns, Gymnosperms (cone producers), Angiosperms (flowering plants)

a phylogenetic tree that shows the Glaucophyte algae as an outgroup, then includes (in this order): Rhodophyta (red algae), Green Algae, Bryophyta (mosses), Ferns, Gymnosperms (cone producers), Angiosperms (flowering plants)

Create an Entity Relationship Diagram (ERD) for an Online Bookstore Inventory. There is one entity called Books. Books has the following attributes: - book_id: INT, Primary Key - title: VARCHAR(100) - author: VARCHAR(100) - price: DECIMAL(8,2) - stock_quantity: INT - category: VARCHAR(50) - published_year: YEAR Show Books as the main entity and display all its attributes. Clearly mark book_id as the Primary Key. There are no foreign keys and no relationships with other entities because this database contains only one table.

Realiza un diagrama conceptual de progreso en forma de 6 escalones rectangulares ordenados de abajo hacia arriba o de arriba hacia abajo. Debe tener un estilo de manual de ingeniería limpio y profesional, sin fondos distractores. Representa la progresión de puesta en marcha de una máquina industrial: comenzando desde simulación en computadora, pasando por pruebas de sensores, mecanismos móviles, hasta llegar al llenado de líquido y entrega de documentación. Deja espacios claros en cada nivel para agregar texto posteriormente.

A P&ID for a BATCH MIXER AND HYDRATION UNIT: batch mixer including two tanks one right and one left where both of them are conected to C-pump and discharge with 2'' hose going to 3 way tee joint on hydration unite one of dicharge return to tank on batch, the 2nd to liquid additive pump and 3rd goes to another liquid additive pump where those to liquid additive is connected to suction manifold of hydration unite

A single-line diagram for a AC charging facility: utility feed through a main transformer (2000 KVA) via main breaker of 2500A to a 480V switchboard, from the sitchboard to 2 AC cabinets with a 400A main breaker each, from the cabinets to 40 AC outlets of 22 kW

A single-line diagram for a DC charging facility: utility feed through a main transformer (2000 KVA) via main breaker of 2500A to a 480V switchboard, from the sitchboard to 2 AC/DC inverter cabinets, from the cabinets to 12 DC outlets

A single-line diagram for a DC charging facility: utility feed through a main transformer (1600 KVA) vai main breaker to a 480V switchboard, from the sitchboard to 2 AC/DC inverter cabinets, from the cabinets to 12 DC outlets

A single-line diagram for a DC charging facility: utility feed through a main transformer (1600 KVA) to a 480V switchboard, then with two parallel cable to 4 AC/DC inverter cabinets, from invertecabinets to DC outlets

Create a clean scientific 2-circle Venn diagram comparing “Tracheal patch requirements” and “Vascular graft requirements”. Tracheal patch requirements: elastomeric behavior, low-temperature 3D printability, biocompatibility, mechanical stability. Vascular graft requirements: elastomeric behavior, hemocompatibility, electrospinnability, long-term stability, storage stability. In the intersection place: “Polyurethanes – common material platform”. Use a minimalist academic style, white background, light blue left circle, light green right circle, semi-transparent fills, dark text, no icons, suitable for a PhD/Master thesis figure.

Create a scientific workflow showing the extraction of bioactive compounds from Spirulina: cultivation → harvesting → drying → cell disruption → extraction → centrifugation → purification.

Louis - Director director is at the very top and then they directly manage the deputy director - nanat and from there it is split into marketing and then communications. head of Communications is rei and manages no one yet, under maarketing is head of marketing which is lina and she directly manages marketing officer - tiya

Louis - Director director is at the very top and then they directly manage the deputy director and from there it is split into marketing and then communications. head of Communications is rei and manages no one yet, under maarketing is head of marketing which is lina and she directly manages marketing officer - tiya

A staff hiearchy chart with, Director - Louis, Deputy Director - Nanat, and then split into 2 branches, marketing and communications, in marketing Head of marketing is Lina and then right under is Tiya, Marketing officer, In communications, Head of Communications is rei and we dont have anybody under

Create a simple and clear flowchart for calculating the area and perimeter of a rectangle. Start with "Start". Then ask the user to enter the rectangle's length. Then ask the user to enter the rectangle's width. Calculate the area using: Area = length × width. Calculate the perimeter using: Perimeter = 2 × (length + width). Display both results: "Area" and "Perimeter". Finish with "End". Use standard flowchart symbols: - Oval for Start and End - Parallelogram for input and output - Rectangle for calculations - Arrows showing the correct order Make the flowchart clean, visual, and easy to understand for a high school student.

Create a digital timing diagram for a 4-bit ripple carry adder built from 4 full adders (FA0 to FA3). Signals (top to bottom): 1. A[3:0] (input bus) 2. B[3:0] (input bus) 3. Cin (input) 4. C1 (carry out of FA0) 5. C2 (carry out of FA1) 6. C3 (carry out of FA2) 7. S[3:0] (sum output bus) 8. Cout (carry out of FA3) Timing: - Time axis in nanoseconds, 0 to 100 ns. - Each full adder has a propagation delay of 5 ns, so the carry ripples C1 -> C2 -> C3 -> Cout, each 5 ns after the previous one. - The sum bits settle after their carry-in arrives, so S[3:0] is final about 20 ns after the inputs change. - Show the sum bus as "unknown/transitioning" (X or shaded) between the input change and the final settled value. Test cases (inputs change at 0 ns, 30 ns, and 60 ns): - 0 ns: A = 0101 (5), B = 0011 (3), Cin = 0 -> S = 1000 (8), Cout = 0 - 30 ns: A = 1111 (15), B = 0001 (1), Cin = 0 -> S = 0000 (0), Cout = 1 - 60 ns: A = 1010 (10), B = 0101 (5), Cin = 1 -> S = 0000 (0), Cout = 1 Formatting: - Show A, B and S as bus signals with hex/binary labels inside each bus segment. - Show Cin, C1, C2, C3 and Cout as single-bit digital waveforms (high/low). - Add vertical dashed lines at each input change. - Add an arrow or annotation showing the carry propagation delay from C1 to Cout. - Label the total worst-case delay (about 20 ns). - Clean, white background with clear gridlines and labeled signal names on the left.

Red Ladder de la Válvula de Llenado Realiza un diagrama Ladder que decodifique la salida de la válvula. Dibuja una línea continua (sin derivaciones en paralelo) que contenga los siguientes elementos conectados en serie de izquierda a derecha: Un contacto normalmente abierto "Permisos_Base". Un contacto normalmente cerrado "Fallo_Linea". Un bloque de comparación o contacto etiquetado "Estado_Linea = 20". Un contacto normalmente abierto "Botella_Presente". Un contacto normalmente abierto "T_Estable.Q". Un contacto normalmente cerrado "Llenado_Concluido". Un contacto normalmente cerrado "T_MaxLlenado.Q". Al final de esta línea en serie, conecta una bobina ordinaria etiquetada "Orden_Valvula_Llenado".

Red Ladder del Transportador Realiza un diagrama Ladder que decodifique la salida del transportador. Comienza la línea principal con dos contactos en serie: primero un contacto normalmente abierto "Permisos_Base", seguido de un contacto normalmente cerrado "Fallo_Linea". Inmediatamente después, abre una derivación con dos ramas paralelas. En la rama superior, coloca un bloque de comparación o contacto etiquetado "Estado_Linea = 10" en serie con un contacto normalmente cerrado "Botella_Presente". En la rama inferior de esta derivación, coloca únicamente un bloque de comparación o contacto etiquetado "Estado_Linea = 30". Ambas ramas deben cerrarse y unirse para conectarse finalmente a una bobina ordinaria etiquetada "Orden_Transportador" al lado derecho.

nand gate with two input and one output

ack as professional electrician and create a SLD for. two (2) generators connected to the input of ATS then the output of ATS is connected to the solar hybrid inviter along with grid source. then the output of inverter is connected to line side of circuit breaker then a 5kva UPS is connected to the load site of the circuit breaker. put a standard circuit breaker where need a breaker.

ack as professional electrician and create a SLD for. two (2) generators connected to the input of ATS then the output of ATS is connected to the solar hybrid inviter along with grid source. then the output of inverter is connected to line side of circuit breaker then a 5kva UPS is connected to the load site of the circuit breaker.

esp 32 + F260301 ILI9341 TFT touchscreen. Display SPI: SCK D13, MOSI D11, MISO D12, CS D10, DC D9, RESET D8. Touch SPI: T_CLK D13, T_DIN D11, T_DO D12, T_CS D7, T_IRQ D2.