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Reptile [31]
3 years ago
8

How can you drive a car?

Engineering
2 answers:
aleksandrvk [35]3 years ago
4 0

1

Adjust the seat so that your feet comfortably reach both pedals. You can adjust your seat forward and backward, as well as up and down. Some cars will have electronic controls (usually on the left side of the seat), while older cars will usually have a lever underneath the seat that lets you control the position of the seat. But you can usually tell the difference.

2

Familiarize yourself with the foot pedals. In an automatic car, the two foot pedals control acceleration and braking, respectively. The rightmost pedal (which is usually smaller than the other pedal) is the accelerator, and pressing down on it makes the car move; the harder you press down on it, the faster the car will move. The pedal to the left, which is usually larger than the accelerator; is the brake pedal, and pressing down on it slows the car down.  

Even if you feel more confident using your left foot, always use your right foot to reach both pedals. It will feel strange at first if you're left-footed, but getting used to it is very important because it's proper technique and ultimately much safer.

Never use both feet at once to reach the pedals. Only use one foot — your right foot — to use each pedal. This will make it impossible to accidentally press down on both pedals at the same time.

3

Adjust your car's mirrors so that you can see through them clearly and effectively. Your car should have three mirrors: one rear-view mirror, which allows you to see directly the rear windshield behind you, and two outside mirrors which let you see to either side of the car and protect you from blind spots.[1]  

Your rear-view mirror should be positioned so that when you're in your normal driving position, you can see directly behind you and as much of the rear windshield as possible.

The Society of Automotive Engineers has one recommendation for how to position your outside mirrors in order to eliminate blind spots. It recommends positioning the mirrors further outward than normal, so that they just overlap with the viewing angle of the rear-view mirror.[2] Although disorienting at first, this positioning actually allows the driver to see cars in their blind spots which they might otherwise only be able to spot by looking over their shoulder.

4

Know where the parking brake (also called a handbrake, e-brake or emergency brake) is and what it does. The parking brake is a longer lever with a button on the very tip of it. When the parking brake is pulled up, it helps lock the car into place on the ground, ensuring that it doesn't move. When the brake is let down, it is disengaged and the car can freely move. Make sure that your parking brake is disengaged before you start driving.

SashulF [63]3 years ago
3 0
Get inside of the car
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Answer:

Hello your question has some missing information below are the missing information

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answer : 2.49

Explanation:

For  vapor-compression refrigeration cycle

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3 years ago
A patient has swollen feet, ankles, and legs, and has pain in his lower back. Tests show the level of urea, a waste product, in
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Water is pumped steadily through a 0.10-m diameter pipe from one closed pressurized tank to another tank. The pump adds 4.0 kW o
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Complete Question

Complete Question is attached below.

Answer:

V'=5m/s

Explanation:

From the question we are told that:

Diameter d=0.10m

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5 0
3 years ago
If the maximum allowable shear stress is 70 MPa, find the shaft diameter needed to transmit 40 kW when the shaft speed is 250 rp
victus00 [196]

Answer:

The diameter is 50mm

Explanation:

The answer is in two stages. At first the torque (or twisting moment) acting on the shaft and needed to transmit the power needs to be calculated. Then the diameter of the shaft can be obtained using another equation that involves the torque obtained above.

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Diameter of a shaft can be obtained from the formula

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SS is the allowable shear stress; 70MPa or 70×10⁶Pa

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d=cubroot[(1527.689×16)/(3.142×70×10⁶)]

d=0.04808m or 48.1mm approx 50mm

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