Answer:
Explanation:
From the question we are told that:
Zener diode Voltage
Zener diode Current
Note
Supply Voltage
Reduction Percentage
Generally the equation for Kirchhoff's Voltage Law is mathematically given by
Therefore
Generally the equation for Kirchhoff's Current Law is mathematically given by
Therefore
Answer:
b) Cohesive wear.
Explanation:
The question has some engineering subjects as Fatigue Mechanical, surface engineering, bearings design and material engineering.
According the definition of cohesive wear is the damage, gradual deformation of material at solid surfaces.
Robots demonstrate modern, technological Japan because it serves as brought economical success to Japan since it help them to build products faster and efficiently.
- According to the question, we are to discuss how the robot help japan in terms of technology and modernization.
As a result of this we can see that Japan is moving forward in technology with development of robot because it makes them to build more products.
Therefore, Robot has brought economical success to Japan
Learn more about robot at:
brainly.com/question/10387419
Answer:
$681.29
Explanation:
The amortization formula seems to apply. The monthly payment on a loan of P at rate r for t years is ...
A = P(r/10)/(1 -(1 +r/12)^(-12t))
For the given loan parameters, the monthly payment is ...
A = $60,000(0.065/12)/(1 -(1 +0.065/12)^(-12·10)) ≈ $681.29
The monthly payment is $681.29.
Answer:
The resistance of a coil of aluminum wire at 18°C is 200 Ω. The temperature of the wire is increased, and the resistance rises to 240 Ω. If the temperature coefficient of resistance of aluminum is 0.0039/°C at 18°C, determine the temperature to which the coil has risen.
Explanation:
Given :
The resistance of a coil of aluminum wire at 18°C is 200 Ω.
The temperature of the wire is increased, and the resistance rises to 240 Ω.
The temperature coefficient of resistance of aluminum is 0.0039/°C at 18°C
To find :
the temperature to which the coil has risen
Solution :
Let the temperature to which the coil has risen be 't₂'
t₁ = 18°C
R₁ = 200 Ω
R₂ = 240 Ω
α = 0.0039/°C