Designing a quiet generator to reduce the amount of hazardous noise is an
example of Engineering risk control.
<h3>What is Engineering risk control?</h3>
Engineering risk control involves the process of designing or modification
of a product in order to reduce the risks or hazards associated with it. The
methods involved include:
In this scenario, a quiet generator was designed to reduce the amount of
hazardous noise which correctly represents an Engineering risk control.
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Answer:
Both balls hit the ground simultaneously
Explanation:
Let´s call b₁ ( the ball dropped ) the equation for a free fall movement is, tacking as the origin of coordinates the level from which it was dropped
V = g*t ( since V₀ initial velocity is 0 )
In the case of projectile movement the equation for Vx and Vy (these speeds are independent)
are:
Vx = V₀x (constant) and Vy = Voy + g*t
Vy = V₀ * sin 0⁰ + g*t Vy = 0 + g*t
As we can see V is the same in both cases then the balls hit the ground simultaneously
Answer:
2.7 Pizzas.
Explanation:
The power required to walk through 5km in 1 hour is 380W.
A watt is basically Jules per second, then we need to standardized this measurement to second.
5km/hr is equal to,
Walking by 2.5 hours is equal to a distance of,
The total energy required then would be,
Then we know that one pizza slice gives of energy, the total pizza needed are,
<em>Then you need to buy 3 pizza.</em>
Answer:
uh i think 1.2km im probably so wrong
Explanation:
Answer:
Is this a true and false statement?
Explanation: