The force the box is exerting on Manuel is the weight of the box, downward:
and this force is perfectly balanced by the constraint reaction applied by Manuel's hand, pushing upward.
A. The primary benefit of this process is each failed design provides more information for the next design.
<h3>What is design process for technology?</h3>
Design process for technology are the steps used to obtain a desired technological results.
Technological design process include:
- identify a problem,
- research the problem,
- generate possible solutions,
- select the best solution, create a model,
- test the model,
- refine and retest the model as needed,
- communicate the final solution.
During technological design process, a failed result can provide a greater insights for the next step necessary for the end goal.
Thus, the primary benefit of this process is each failed design provides more information for the next design.
Learn more about technological design process here: brainly.com/question/20162876
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Answer:
Every substance is made up of tiny units called atoms. Each atom has electrons, particles that carry electric charges. Spinning like tops, the electrons circle the nucleus, or core, of an atom. Their movement generates an electric current and causes each electron to act like a microscopic magnet
Explanation:
Answer:
The x - intercept is 1/3
The y - intercept is 1/2
The gradient is -3/2
Explanation:
To find the x - intercept of the equation 2y + 3x = 1, we find the value of x when y = 0. So,
2y + 3x = 1
2(0) + 3x = 1
0 + 3x = 1
3x = 1
x = 1/3
So, the x - intercept is 1/3
To find the y - intercept of the equation 2y + 3x = 1, we find the value of y when x = 0. So,
2y + 3x = 1
2y + 3(0) = 1
2y + 0 = 1
2y = 1
y = 1/2
So, the y - intercept is 1/2
To find the gradient of the equation 2y + 3x = 1, we re-write it in gradient intercept form by making y subject of the formula.
So, 2y + 3x = 1
2y = -3x + 1
y = -3x/2 + 1/2
The coefficient of x which equals -3/2 is the gradient.
The gradient is -3/2
Answer:
D. Downshift to allow you to turn more sharply
