a car uses energy,is organjzed, moves and responds when you press the gas pedal why do...

Question

Question

a car uses energy,is organjzed, moves and responds when you press the gas pedal why do we not consider a car alive

Answer 1

Answer #1

We do not consider a car as living or alive because it does not fulfill some key characteristics of a living thing:

All living things are made up of cells, but a car is not made up of cells.
All living things grow and change over time like trees become tall, animals grow in size, etc. A car does not do these things and stays the same all through its life.
Living things have the ability to reproduce and produce off-springs which are similar to the parents. But a car does not give birth to a smaller car.
Living things have the ability to change according to their environment or adapt themselves according to the changes. A car does not this ability.
Living things evolve over time. For example, birds evolved to fly and developed hollow bones. But a car does not have the ability to evolve without the help of engineers, who can develop newer models.

Answer 2

Similar Homework Help Questions

As you drive down the road at 18 m/s , you press on the gas pedal...

As you drive down the road at 18 m/s , you press on the gas pedal and speed up with a uniform acceleration of 1.22 m/s2 for 0.70 s If the tires on your car have a radius of 33 cm, what is their angular displacement during this period of acceleration?
As you drive down the road at 14 m/s, you press on the gas pedal and...

As you drive down the road at 14 m/s, you press on the gas pedal and speed up with a uniform acceleration of 1.22 m/s^2 for 0.65 s. If the tires on your car have a radius of 33 cm, what is their angular displacement during this period of acceleration? Answer should be in radians.
When you step on the brake pedal in your car, charge carriers flow from the battery...

When you step on the brake pedal in your car, charge carriers flow from the battery to the rear brake lights. Suppose the wire connecting the switch at the pedal to the brake lights is made of copper and has a diameter of 1.3 mm . Part A If the current through the wire is 2.0 A , how long on average does it take an electron to travel from the switch at the pedal to one of the brake...

Toy car with m (mass) of 0.5kg moves at a v= 1.5m/s when it collides a...

Toy car with m (mass) of 0.5kg moves at a v= 1.5m/s when it collides a spring. The spring is compressed 0.2m before toy car is brought to rest. Q. What is the spring constant of spring? - How does the energy flow diagram look like for this question? Could you please draw it if you can?
You are testing a new roller coaster ride in which a car of mass m moves...

You are testing a new roller coaster ride in which a car of mass m moves around a vertical circle of radius R. In one test, the car starts at the bottom of the circle (point A) with initial kinetic energy Ki. When the car reaches the top of the circle (point B), its kinetic energy is Ki/4, and its gravitational potential energy has increased by Ki/2. What was the speed of the car at point A, in terms of...
How do you do this A car starting from rest moves in a straight line with...

How do you do this A car starting from rest moves in a straight line with a constant acceleration of 1.95 m/s for 14.0 s, then slows down to a stop with a constant eceleration of 2.75 m/s How far does it travel? meters

When we use the Ideal Gas Law equation to calculate moles of CO2 produced, why do...

When we use the Ideal Gas Law equation to calculate moles of CO2 produced, why do we divide by 2 to find the moles of glucose fermented per minute? (Your answer must be clear and specific or you won't get credit.)
Your car tire is rotating at 3.4 rev/s when suddenly you press down hard on the...

Your car tire is rotating at 3.4 rev/s when suddenly you press down hard on the accelerator. After traveling 240 m, the tire's rotation has increased to 6.6 rev/s. The radius of the tire is 32 cm. What was the tire's angular acceleration? Give your answer in rad/s^2. Express the answer using two significant digits. The answer I got is, approximately, 0.013405, but, apparently, it's wrong. Problem 4.67 Your car tire is rotating at 3.4 rev/s when suddenly you press...
Your car tire is rotating at 3.8 rev/s when suddenly you press down hard on the...

Your car tire is rotating at 3.8 rev/s when suddenly you press down hard on the accelerator. After traveling 260 m the tire's rotation has increased to 5.6 rev/s. The radius of the tire is 32 cm. What was the tire's angular acceleration? Give your answer in rad/s Express your answer using two significant figures rad/s2

A car moving at 30 miles/hour has roughly 100,000 J of kinetic energy. You need to...

A car moving at 30 miles/hour has roughly 100,000 J of kinetic energy. You need to keep your foot on the gas to maintain your speed (assume a flat road). The gas you burn represents 500 J of chemical energy every second. (show work) a. After 5 minutes, how much energy have you generated by burning gasoline? b. How much kinetic energy does your car have at this time? c. If this number is not 100,000 J, explain why. If...