A phylogenetic tree of the green plants showing glaucophyte algae as an outgroup, then rhodophyte algae (red algae), then green algae, then hepaticophyta (liverworts), bryophta (mosses), then early vascular plants, then lycophytes, then a branch that splits into ferns and horsetails, then a clade showing gymnosperms, and angiosperms. Within the gymnosperms there are two groups - the ginkos and cycads and another group the redwoods, pines and gnetophytes which originate in a polytomy
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A P&ID for a water tank feed system: water tank, with dual supply from deep well and local water provider,deep well has a 1hp pump, pipe use 3/4 pipe size from source, from tank to house hold pipe use 1/2 pipe size, must have stop check valve
A P&ID for a water tank feed system: water tank, with dual supply from deep well and local water provider, pipe use 3/4 pipe size from source, from tank to house hold pipe use 1/2 pipe size, must have stop check valve
convert d to jk
A P&ID for a water tank feed system: feed tank, centrifugal pump, flow transmitter with a PID controller driving a control valve, and a heat exchanger before the reactor inlet
sr flipflop
sr master slave flip flop initially s=1,r=0
sr master slave flip flop
Create a logic gate schematic for a BCD-to-7-segment decoder with 4 inputs (A, B, C, D where A is MSB and D is LSB) and 7 outputs (a, b, c, d, e, f, g). Inputs and Inverters: - Create 4 input lines: A, B, C, D. - Connect NOT gates to derive inverted signals: A_n (~A), B_n (~B), C_n (~C), D_n (~D). Output Gate Equations: 1. Segment a: 4-input OR gate driven by: - AND(A_n, C) - AND(A_n, B, D) - AND(B_n, C_n, D_n) - AND(A_n, B_n, C_n) 2. Segment b: 3-input OR gate driven by: - AND(A_n, B_n) - AND(A_n, C_n, D_n) - AND(A_n, C, D) 3. Segment c: 2-input AND gate driven by: - Signal A_n - 3-input OR gate with inputs (B, C_n, D) 4. Segment d: 4-input OR gate driven by: - AND(A_n, B_n, C_n, D_n) - AND(A_n, B_n, C) - AND(A_n, B, C_n, D) - AND(A_n, B, C, D_n) 5. Segment e: 3-input OR gate driven by: - AND(A_n, B_n, C_n, D_n) - AND(A_n, C, D_n) - AND(A_n, B, D_n) 6. Segment f: 4-input OR gate driven by: - AND(A_n, B_n, C_n, D_n) - AND(A_n, B, C_n) - AND(A_n, B, D_n) - AND(A_n, C, D_n) 7. Segment g: 4-input OR gate driven by: - AND(A_n, B_n, C) - AND(A_n, B, C_n) - AND(A_n, C, D_n) - AND(A_n, B, D) Note: Input combinations 10 through 15 (1010 to 1111) must result in all segment outputs (a-g) evaluating to 0.
A serial 8 water meter and water temperature sensor and 2 pressure sensor. At the end there is flow meter
has un sistema multivibrador astable de dos leds rojo y azul, que cuando uno se prenda el otro se apague y esto dure 0.5s cada uno. usar transistores 2n2222a solo usar resistencias, transistores leds y una bateria de 9v
has un sistema multivibrador astable de dos leds rojo y azul, que cuando uno se prenda el otro se apague y esto dure 0.5s cada uno. usar transistores 2n2222a
a buffer
a trinary gate that only takes in inputs that have one 0 inside
a trinary gate that only takes in inputs that have a 0 inside (01,02,00,10,20)
a trinary gate that only takes in inputs that have a 0 inside
a trinary gate that only takes in inputs bigger than it equal to 1
a tetrinary gate that only takes in inputs bigger than it equal to 1
xxnor
xnand
2 bit multiplier
a Morse code translator
a click per sec counter