It is important because now a days we all need help from engineers
Answer:
D. 018 W
Explanation:
Power = current × voltage
P = IV
From Ohm's law, voltage = current × resistance
V = IR
Therefore:
P = I²R
Given I = 0.3 A and R = 2 Ω:
P = (0.3 A)² (2 Ω)
P = 0.18 W
It melt making it easily malleable
Answer:
a) reciprocating pump
b) rotary pump
c) linear pump
Explanation:
Positive displacement pump has enlarged cavity on the suction side and decreasing cavity on the discharge side and in positive displacement pump
the amount of fluid captured and inside and then discharged is same.
There are three type of positive displacement pump
a) reciprocating pump is the pump which two valve during suction outlet valve is closed and for delivery the inlet valve is closed and pump is used for discharge
b) rotary pump fluid move with the help of rotary the rotation of rotary displaces water.
c) linear pump is the pump in which displacement is linear rope and chain pump is example of this type of pump.
Answer:
A Turing machine with doubly infinite tape can stimulate an ordinary Turing machine. it simply marks the left hand end of the input to detect and prevent the head from moving off of that end. in order to stimulate the doubly infinite tape, Turing machine which was already shown to be equivalent in power to an ordinary 2 Turing machine. The first tape of the 2 tape Turing machine is written with the input string, and the second tape is blank. we cut the tape of the doubly infinite tape Turing machine into two parts, at the starting cell of the input string. The portion with the input string and all the blank spaces to its right appears on the first tape of the 2-tape Turing machine. The portion to the left of the input string appear son the second tape, in reverse order respectively.
Explanation: