DESPERATE WILL GIVE BRAILISTWhich of the following is NOT an agent of change in the rock cycle?
A. Cooling and crystallization
B. Weathering and erosion
C. Cementation and compaction
D. Drying and decaying

Answers

Answer 1

Answer:

Answer:

Explanation: I don't think I ever heard of Crystalization being apart of the rock Cycle but I could be wrong hope this helps

Related Questions

The diagram shows the electric field in the vicinity of a charge. At which point is the electric field strongest? 1) W 2) X 3)Y 4)Z
17. Alyssa just bought a new set of string lights for her bedroom. She decided to use the lights to outline her mirror. The lights are on a series circuit. If Alyssa were to buy more lights so that they can go all around her bedroom, what will happen to following quantities?:a. The resistance of the entire circuit will (increase/decrease).b. The current through each bulb will (increase/decrease).c. The voltage available to each bulb will (increase/decrease).
What is velocity of a particle?
Which device is using a motor?A water heater creates heat energy from electric energy. A waterfall rotates a waterwheel to turn an axle. A body massager uses electric energy to move back and forth. A solar charger creates electric energy from the Sun.
A motorist is driving at 20m/s when she sees that a traffic light 200m ahead has just turned red. She knows that this light stays red for 15s, and she wants to reach the light just as it turns green again. It takes her 1.0s to step on the brakes and begin slowing. What is her speed as she reaches the light at the instant it turns green?

A particle with charge − 3.74 × 10 − 6 C is released at rest in a region of constant, uniform electric field. Assume that gravitational effects are negligible. At a time 8.36 s after it is released, the particle has a kinetic energy of 3.17 × 10 − 8 J. At what time t after the particle is released has it traveled through a potential difference of 0.401 V?

Answers

Answer:

57.5022228905 s

Explanation:

$V_i$ = Initial voltage

$V_f$ = Final voltage = 0.401 V

$t_1$ = Initial time = 8.36 s

$t_2$ = Final time

K = Kinetic Energy = $3.18* 10^(-8)\ J$

C = Charge = $3.74* 10^(-6)\ C$

Voltage is given by

$V=(K)/(C)\n\Rightarrow V=(3.17* 10^(-8))/(3.74* 10^(-6))\n\Rightarrow V=0.00847593582888\ V$

We have the relation

$(V_i)/(V_f)=((t_i)/(t_f))^2\n\Rightarrow t_f=\sqrt{(t_i^2V_f)/(V_i)}\n\Rightarrow t_f=\sqrt{(8.36^2* 0.401)/(0.00847593582888)}\n\Rightarrow t_f=57.5022228905\ s$

The time taken is 57.5022228905 s

Final answer:

To find the time after which the particle has traveled through a potential difference of 0.401 V, use the formula KE = q · V and solve for t.

Explanation:

To find the time after which the particle has traveled through a potential difference of 0.401 V, we need to use the relationship between kinetic energy, electric potential difference, and charge. The formula is given by:

KE = q · V

where KE is the kinetic energy, q is the charge, and V is the potential difference. Rearranging the formula, we have:

t = KE / (q · V)

Substituting the given values, we get:

t = (3.17 · 10-8) / ((-3.74 · 10-6) · 0.401)

Solving for t, we find that the particle has traveled through a potential difference of 0.401 V at a time of approximately 2.07 seconds.

Learn more about Electric potential difference here:

brainly.com/question/33395355

#SPJ3

Light enters water from air at an angle of 25° with the normal, Θ1. If water has an index of refraction of 1.33, determine Θ2.A) 18.5°
B) 34.2°
C) 31.8°
D) 71.5°

Answers

By Snell's law:

η = sini / sinr. i = 25, η = 1.33

1.33 = sin25° / sinr

sinr = sin25° / 1.33 = 0.4226/1.33 = 0.3177 Use a calculator.

r = sin⁻¹(0.3177)

r ≈ 18.52°

Option A.

God's grace.

The equation V=tk is used to describe the relationship between the volume of a gas tank and the time required to fill it . Is the symbol "K" a proportionally constant?

Answers

Answer:

The symbol 'K' is a proportionality constant because it shows the direct relationship between the gas tank volume, v, and the time required, t, to fill.

It is also the constant product of the ratio of the gas tank volume to the time required to fill it.

A body with a mass of 2,000 kg is lifted to a height of 15 m within a time of 15 s. Which one of the following statements concerning the action is true?a. The gravity force on the body is 294,000 N.
b. The potential energy of the body is 30,000 J.
c. The amount of work is 450,000 J.
d. The power exerted is 19,600 W.

Answers

So we want to know which statement is true for the body of mass m=2000kg that is lifted to a height of h=15m in t=15 s. Lets calculate each of the following: Gravity force on the body is F=m*g=2000*9.81=19620 N so a is FALSE. Potential energy of the body when it is lifted to the height of 15 m is Ep=m*g*h=2000*9.81*15=294300 J so b is FALSE. Work to lift the body is: W=Fg*h=2000*9.81*15= Ep=294300 J so c is FALSE. Power P=W/t=294300/15=19620 W So d is TRUE.

If you throw a 0.25-kg ball with a force of 20N what's the acceleration of the ball

Answers

F=ma
20=0.25*a
a=20/0.25
a=80 m/s2

F=ma
F/m=a
then a=Fm
a=20 x 0.25
a=5 m/s²

A pole that is 2.9m tall casts a shadow that is 1.32m long. at the same time, a nearby tower casts a shadow that is 37.75m long. how tall is the tower? round your answer to the nearest meter.