Diagram Examples from Real Visitor Prompts

Draw a digital logic circuit for a common bus system connecting four 2-bit registers R0, R1, R2, and R3 using multiplexers only. Use exactly two 4-to-1 multiplexers. Connect the corresponding bit from each register to each multiplexer. Use shared selection lines S1 and S0. Label the two outputs Bus[1] and Bus[0]. Show a clean, academic-style circuit diagram with all wires and labels. Do not replace the multiplexers with logic gates. The circuit must select one complete 2-bit register at a time.

• Construct a common bus system for connecting four registers of 2-bit each. – Using multiplexers

bios eeprom laptop

make a tank which at right side of tank there is on-tank valve attached without any space and at left side of the tank there is and end-plug attached without any space.

make a vessel which at right side of tank there is on-tank valve attached without any space and at left side of the tank there is and end-plug attached without any space.

make a vessel which at oneside of tank there is on-tank valve and at the other side of tank there is end plug(both are attached to the tank)

make a vessel which at oneside of tank there is on-tank valve and at the other side of tank there is end plug

make a vessel onside fo tank on-tank valve the other side of tank end plug

make a vessel onside on-tank valve the other side end plug

make a vessel

In october there will be Leadership approval; request quotes or sign up, and audit worker classifications. In november, there will be account setup, data migration, and studio configuration. In december, there will be training, final setups, and final checks. And in January 2027, the integration will launch

Висоти, проведені з вершини гострого кута ромба, утв рюють кут 140°. Знайдіть кути ромба. Намалюй малюнок

A mind map for learning Python programming, with branches for data types, control flow, functions, file handling, and beginner projects

Create a professional ER diagram for an Employee Management System (EMS). Include entities ADMIN, EMPLOYEES, ATTENDANCE, and NOTICES. EMPLOYEES: employee_id (PK), name, email, phone, department, designation, joining_date, salary, status, password. ATTENDANCE: attendance_id (PK), employee_id (FK), attendance_date, status. ADMIN: admin_id (PK), name, email, password. NOTICES: notice_id (PK), title, message, department, created_at. Show one-to-many relationship between EMPLOYEES and ATTENDANCE. Mark all PKs and FKs clearly. Use Crow's Foot notation, a white background, navy-blue headers, and a clean academic layout. Do not invent relationships or foreign keys.

- 1 × BC547 transistor - 1 × IRLZ44N MOSFET - 1 × 1N4007 diode - 1 × 10 µF capacitor - 1 × 10 kΩ resistor - A few jumper wires We will use the 5 V power adapter, the toy DC motor, and the AUX cable. 1. AUX input: Receives the audio signal from a phone or computer. 2. BC547 transistor: Amplifies the weak audio signal. 3. 10 µF capacitor: Couples the audio signal to the MOSFET's gate. 4. IRLZ44N MOSFET: Controls the current flowing through the motor. 5. 1N4007 diode: Protects the circuit from voltage spikes generated by the motor. 6. 5 V adapter: Powers the motor and circuit. Goal: The DC motor vibrates in response to the music, creating a simple music-reactive vibration effect.

EFECTOS (Arriba)Efecto indirecto superior (Consecuencia final):Limitada capacidad de transformación social y empresarial por parte del egresado contable.Efectos de segundo nivel:Desconocimiento y ambigüedad conceptual sobre la epistemología y la filosofía de la ciencia contable. Perfil profesional eminentemente mecanicista y rutinario, limitado al cumplimiento estricto de normas. Desventaja competitiva frente a otros profesionales en el análisis estratégico del mercado global. Efectos directos (Primer nivel sobre el problema):Predominio del enfoque pragmático y operativo por encima de la reflexión crítica.Mínimo desarrollo de la investigación científica durante la carrera profesional. Falta de integración horizontal entre la teoría y la práctica contable. PROBLEMA CENTRAL (En el centro)Deficiente articulación entre la concepción epistemológica de la contabilidad y el enfoque pragmático-normativo en la formación académica universitaria. CAUSAS (Abajo)Causas directas (Primer nivel bajo el problema):Ausencia de la asignatura de epistemología contable en las mallas curriculares. Escasa práctica investigativa y ausencia de la investigación como eje transversal en el aula. Enfoque docente tradicional, centrado exclusivamente en la enseñanza operativa y normativa. Causas indirectas (Raíces profundas):Orientación institucional de la carrera de forma exclusiva hacia la profesionalización y el empleo inmediato. Persistencia de modelos pedagógicos tradicionales y conductistas centrados en la acumulación vertical de contenidos. Alta presión del mercado laboral y del entorno comercial local por cumplir normativas internacionales y financieras por encima de la reflexión teórica. HAZMELO TIPO ARBOL PROBLEMA CENTRAL EN EL CENTRO, EFECTOS DIRECTO PRIMER NIVEL SOBRE EL PROBLEMA, EFECTOS EL SEGUNDO NIVEL Y ARRIBA DEL TODO EFECTO INDIRECTO SUPERIOR DEPUES ANAJO DEL PROBLEMA CAUSAS DIRECTAS, Y DEPUES CAUSAS INDIRECTAS ABAJO DEL TODO

EFECTOS (Arriba)Efecto indirecto superior (Consecuencia final): Limitada capacidad de transformación social y empresarial por parte del egresado contable. Efectos de segundo nivel: Desconocimiento y ambigüedad conceptual sobre la epistemología y la filosofía de la ciencia contable. Perfil profesional eminentemente mecanicista y rutinario, limitado al cumplimiento estricto de normas. Desventaja competitiva frente a otros profesionales en el análisis estratégico del mercado global. Efectos directos (Primer nivel sobre el problema): Predominio del enfoque pragmático y operativo por encima de la reflexión crítica. Mínimo desarrollo de la investigación científica durante la carrera profesional. Falta de integración horizontal entre la teoría y la práctica contable. PROBLEMA CENTRAL (En el centro)Deficiente articulación entre la concepción epistemológica de la contabilidad y el enfoque pragmático-normativo en la formación académica universitaria. CAUSAS (Abajo)Causas directas (Primer nivel bajo el problema): Ausencia de la asignatura de epistemología contable en las mallas curriculares. Escasa práctica investigativa y ausencia de la investigación como eje transversal en el aula. Enfoque docente tradicional, centrado exclusivamente en la enseñanza operativa y normativa. Causas indirectas (Raíces profundas) :Orientación institucional de la carrera de forma exclusiva hacia la profesionalización y el empleo inmediato. Persistencia de modelos pedagógicos tradicionales y conductistas centrados en la acumulación vertical de contenidos. Alta presión del mercado laboral y del entorno comercial local por cumplir normativas internacionales y financieras por encima de la reflexión teórica.

A P&ID for a chemical reactor feed system: storage tank , measuring tank , reaction vessel with stirrer and temperature guage, discharge to centriguge, spin flash dryer , packing in hdpe bags

START | Configure six LEDs | Configure Button 1 & 2 EIC interrupts | Configure TC3 0.1 ms timer tick | Initialise Mode 1 display = 000000 | loop() | Poll TC3 for 0.1 ms tick | Stopwatch running? ├─ Yes → stopwatchTicks++ └─ No | Button 1 event? ├─ Yes → handle Button 1 └─ No | Button 2 event? ├─ Yes → handle Button 2 └─ No | stopwatchTicks > 5000? ├─ Yes → Update LED value + Reset software timer └─ No → loop()

관계체계 관계 개입방향 어머니 잠재적 지지관계 동의 하에 가족교육·정서적 지지 아버지 거리감 있는 관계(가상) 관계 수준 추가사정 중독상담기관 강한 공식 지원 상담·재발예방·사례관리 정신건강의학과 연계 필요 우울·불안·외상 평가 성폭력 지원기관 연계 필요 피해회복·안전·법률지원 성건강 의료기관 연계 필요 성건강검사·치료 고용복지기관 연계 필요 직업훈련·취업·경제자립 온라인 약물관계 위험관계 접촉감소·안전계획 성매매 관계 위험·스트레스 관계 위험감소·대체 생계수단 마련

A three-set Venn diagram comparing object-oriented, functional, and imperative programming — show shared concepts like variables and loops in the overlapping regions

• [ ] 等待 Emma 發出稽核受查問卷 email，依問卷整理所需資料 • [ ] 依資產編號至會計系統查詢取得日期與入帳日期，注意兩者不一致時須特別標注 • [ ] 等待 Emma 發出稽核受查問卷 email，依問卷整理所需資料 • [ ] 依資產編號至會計系統查詢取得日期與入帳日期，注意兩者不一致時須特別標注 • [ ] 空氣測漏機設備驗收單尚未完成（尾款未付），待完成後補齊三家報價單與驗收單 • [ ] 紙本單據（收貨報費等）請秀貞蓋配徵章後，再請書畫簽名 • [ ] 稽核期間注意設備是否有送外維修，須記錄相關期間 • [ ] 以 email 提供 2026 年 9 月資產清冊電子檔給稽核單位 • [ ] 盤點報表列印（1 頁縮印 2 張）備齊紙本供稽核 ________________________________________ 稽核背景與時程 • 每年 10 月 稽核單位會針對固定資產（廠房、設備維修盤點）進行稽核 • 稽核人員會從會計系統抓取去年起的相關資料，不足再往前追溯 • 流程啟動點：等 Emma 發出受查問卷 email，依問卷整理資料 ________________________________________ 文件準備原則 • 電子檔：僅需提供 9 月份資產清冊電子檔（mail 給稽核單位）；紫色單據亦只需電子檔 • 紙本：其餘文件（移撥單、盤點清冊、收貨報費等）均須提供紙本 • 紙本印製方式：1 頁縮印 2 張 • 若資產有 01、02 等多頁，一併提供 ________________________________________ 資產查核流程 • 複製資產船票號碼至系統查詢，確認起訂頁與入帳月份 • 注意取得日期與入帳日期不一致的情況，須另行說明 • 如為長虹廠房租賃等合約，確認是否有錄入系統 • 收貨報費紙本：請秀貞蓋章 → 再請書畫簽名，說明「請簽名」即可 • 若有送外維修的設備，須特別注意該期間的記錄 ________________________________________ 固定資產盤點作業 • 稽核單位會提供盤點計畫 • 需備齊盤點清冊：確認每一單位人員皆已填寫，並核對下列簽名欄位： o 單位主管 o 單位經辦 o 人事經辦 • 盤點結果與差異分析：需附差異說明及相關單號，表單縮印後提供紙本

A P&ID for a closed loop refrigerant gas compressors test bench, with two compressors parallel positions. Pressure and temperature sensors at the suction and discharge of every compressor. Electrovalves at every inlet (before sensors) and outlet lines (after sensors) of the compressors. After the discharge line union, and before the coolers, an oil separator vessel. After the oil separator, three coolers in parallel. After coolers, a liquid receiver vessel. After liquid receiver, a filter with manual valves for maintenance. After exit filter valve, pressure and temperature sensors. After sensors, three lamination electrovalves in parallel. After valves, a miscelation vessel. After miscelation vessel, back to che compressors. From the oil separator bottom, lines towards the compressors for oil injection. After the oil separator and before the coolers a bypass line with three hot bypass electrovalves that discharge into the miscelator vessel.

A P&ID for a closed loop refrigerant gas compressors test bench, with two compressors parallel positions. Pressure and temperature sensors at the suction and discharge of every compressor. Electrovalves at every inlet (before sensors) and outlet lines (after sensors) of the compressors. After the discharge line union, and before the coolers, an oil separator vessel. After the oil separator, three coolers in parallel. After coolers, a liquid receiver vessel. After liquid receiver, a filter with manual valves for maintenance. After exit filter valve, pressure and temperature sensors. After sensors, three lamination electrovalves in parallel. After valves, a miscelation vessel. After miscelation vessel, back to che compressors. From the oil separator bottom, lines towards the compressors for oil injection. After the oil separator, we have a bypass line with three hot bypass electrovalves that discharge into the miscelator vessel.