The inner solar system contains theA)Jovian planets
B)terrestrial planets and asteroids
C)dwarf planets like Pluto

Answers

Answer 1

Answer: jovian planets and dwarf planets like pluto are in the outer part of our solar system. so, terrestrial planets ,which means earth like planets, live in the inner part of our solar system. or B. is the answer

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Range of motion is the distance an object can travel when separated from another object.a. True
b. False

Answers

Answer:

false

Explanation:

i chose false when i was taking my practice exam

What is produced when calcium reacts with fluorine in a synthesis reaction

Answers

Calcium fluoride is produced. It is one Calcium atom bonded to two fluoride atoms. The Calcium atom receives one electron from one fluoride and a second electron from the second fluoride atom. As a result of receiving the two electrons, Calcium will have a negative charge. The two fluorides become positive from losing an electron. The positive and negative charge attraction keeps the atoms close together to form an ionic bond.

How are work, force, and distance related?

Answers

The correct answer of this question is: Work = Force . Distance

EXPLANATION:

The work is said to be done by a body if the force applied on the body has a component along the direction of displacement.

Let us consider a body of mass m.

The body is acted upon by a constant force F . Due to this force, the body undergoes a displacement of S .

Let $\theta$ is the angle between force and displacement.

Hence, the component of force along the direction of displacement is $Fcos\theta.$ .

The work done by that body is calculated as -

Work done W = $Fcos\theta * S$

= $FScos\theta$

= $\vec F.\vec S$ [ ∵ $\vec A.\vec B=\ ABcos\theta\ ]$

Let $\theta=\ 0^(0)$ .

Hence, work done W = FScos0

= FS [ cos0 = 1]

Hence, the relation between work, force and distance can be written as -

Work = force . distance

they are directly related because work is the amount of force x the distance so without any of this two u cnt get work

Why is the Earth's surface warmer than the surface of other planets, like Mars?a. The Earth's atmosphere releases heat.
b. The Earth's surface receives less energy from the sun's rays.
c. The Earth's rotation transfers energy more evenly.
d. The Earth's atmosphere traps heat.

Answers

The earth's rotation transfers energy more evenly.

A 1451 kg car is traveling at 48.0 km/h. Compared to 48.0 km/h, what would be the fraction of energy the car would have if it were traveling at 24.0 km/h.

Answers

We know, kinetic energy is directly proportional to the square of velocity, So, if kinetic energy is halved it's velocity will reduce to its 1/4th value

In short, Your Answer would be 1/4

Hope this helps!

Ke = (1/2)(m)(v^2)
Ke = (1/2)(1451kg)(48^2)
Ke = 1,671,552 joules

Ke = (1/2)(1451)(24^2)
Ke = 417,888

1/4th the energy

If you had thrown the pennies down from the observation deck 321m above street level at an initial velocity of 1.99m/s, determine their speed as they reach the ground.

Answers

Answer: 79.3 m/s

Explanation: Use the equation V^2-Vo^2=2a(ΔY)

We know that the initial velocity is 1.99 m/s, so that is our Vo. We also are given that the height of the deck is 321, so therefore, our delta y is 321. Finally, our acceleration is 9.81 m/s^2 since that is the acceleration of gravity during free fall. We are solving for the final velocity (V)

So, our equation is V^2-(1.99^2)=2(9.8)(321)

Next, V^2-(3.96)=6291.6

V^2=6295.56

Take the square root of both sides, and V=79.3 m/s

Answer:79.3 m/s

Explanation:

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The Doppler effect suggests that sound waves are relative to the observer. You know if an object is coming or going from the sound it makes. Light waves follow the Doppler effect also. However, instead of sound changing, you know if an object is coming or going _____.