Am i a Taurus or an Aries bc i was born on april 20th

Explanation:

The acceleration on an object due to the gravity of any massive body is represented by g (small g). The force of attraction between any two unit masses separated by unit distance is called universal gravitational constant denoted by G(capital g). The relation between G and g is not proportional. That means they are independent entities.

G and g

In physics, G and g can be related mathematically as –

\(g=\frac{GM}{R^{2}}\)

Where,

1=g is the acceleration due to the gravity of any massive body measured in m/s2.

2=G is the universal gravitational constant measured in Nm2/kg2.

3=R is the radius of the massive body measured in km.

4=M is the mass of the massive body measured in Kg.

Answer:

Gravity

Explanation:

Gravity is what causes stars to form. During accretion, gravity pulls matter into a core, which can be a star, planet or black hole.

Answer:

Aerobic exercise includes?

(C) All activities that make you tired and short of breathe.

2. Which choice is an intense exercise that involve short burst of activity in which the muscles worked so hard that they produce energy without using energy?

(B) anaerobic exercise

Explanation:

Answer:

16 m/s sir

Explanation:

because i am in collage

The choice names two ways nonmetallic minerals can be used industrial processes and gems

option A

Non-metallic minerals can be utilized as jewels and in industrial operations. Some non-metallic minerals are highly valuable, well-cut, and fetch a premium on the market. Ruby and tourmaline are two examples. Most non-metallic minerals are employed as raw materials in industrial processes. Due to their weak conductivity, these materials cannot be utilized as ones. Because they lack metallic links inside their lattices, they cannot be utilized for wiring.

Since they are of excellent gem grade, they are best employed in industrial operations and for items of value. Numerous industrial uses exist for calcium carbonate in its different forms. In addition to being utilized as a construction material, limestone also serves as a flux in metallurgy and is used to produce calcium cyanamide and lime.

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Answer:

The restoring force is Gravity.

Explanation:

In their most basic sense, waves are disturbances that travel through a medium, usually without the permanent displacement of the particles of the medium.

They are generally classified by the disturbing force that causes the wave and the restoring force that returns the water to normal once it has passed.

For example, the disturbing force for wind waves is usually wind and the restoring force is gravity.

Wind provides energy to the water, creating ripples and waves that travel across the surface of the water.

Gravity then acts to restore the surface of the water to its original state, pulling the water back down into the trough of the wave.

As the wave moves through the water, the water itself does not travel with the wave but instead moves in a circular motion, with the circular motion decreasing in size as it moves away from the wave.

This motion of the water is known as an orbital motion, with water particles moving in a circular motion but not traveling with the wave itself.

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From the equation, the force is 50N.

Newton's second law of motion defines the force formula as follows: A force is equal to an object's mass times its acceleration. F = m ⨉ a. You must use SI units when applying this formula: kilograms for mass, meters per second squared for acceleration, and newtons for force.

The newton (sign N) is the SI unit of force. As they relate to force, the base units are: The symbol for the length measurement known as the metre is m. The symbol for the kilogram, a unit of mass the symbol s represents the second, a unit of time.

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Answer:

0.096 miles

Explanation:

0.008 mi/hr x 12(total amount of hours)

Answer:

object stop

Explanation:

Answer: You could tell if you made an error in your calculations by repeating the steps.

Speed of light is the fastest/maximum in vacuum which is equal to 3 × 10^8 m/s, therefore speed of light through any material equal to 4 × 10^8 m/s is physically and theoretically impossible and therefore incorrect.

Explanation:

Here's the fact that you need to know:

"The AREA under a speed/time graph is the distance traveled during the time covered by the graph."

Now ... What's the area of that nice trapezoid on the graph ?

Hint: Area of a trapezoid is

(1/2) • (height) • (base-1 + base-2)

When a 9.0 V battery is connected to a bulb and 0.1 A of current flows through it, the resistance of the bulb is 90 ohms.

When a 9.0 V battery is connected to a bulb and 0.1 A of current flows through the bulb, we can calculate the resistance of the bulb using Ohm's Law. Ohm's Law states that the current flowing through a conductor is directly proportional to the voltage applied across it and inversely proportional to its resistance.

To find the resistance, we can rearrange Ohm's Law equation (V = IR) to solve for R, where V is the voltage, I is the current, and R is the resistance.

First, let's plug in the given values:

V = 9.0 V (voltage)
I = 0.1 A (current)

Now, we can rearrange the equation to solve for R:

R = V / I

Substituting the given values:

R = 9.0 V / 0.1 A

Dividing 9.0 V by 0.1 A, we get:

R = 90 ohms

Therefore, the resistance of the bulb is 90 ohms.

In summary, when a 9.0 V battery is connected to a bulb and 0.1 A of current flows through it, the resistance of the bulb is 90 ohms.

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Answer:

59F

Explanation:

Given parameters:

Temperature in °C  = 15°C

Unknown:

Temperature in Fahrenheit scale  = ?

Solution:

To solve this, we use the conversion equation below;

       F  = (C x 1.8)  + 32

C is the temperature in celcius;

    F = (15 x 1.8) + 32  = 59F

Answer:

So, the power done is 196 watts.

Explanation:

Since it varies directly with the square of the wire's diameter and inversely with wire length, the conductance of a wire is 0.15 mho.

A wire's electrical resistance varies inversely as the square of its diameter and directly as its length. A wire with a diameter of 1/4 inch and a length of 200 inches has a 20 ohm resistance.

Let L be the wire's length, d its diameter, and C its conductance be the parameters.

Based on the facts provided, we can:

C ∝ d² (conductance varies directly as the square of the diameter)

C ∝ 1/L (conductance varies inversely as the length)

Combining these two proportionalities, we get: C ∝ d²/L

This connection can be used to find a solution to the issue. Using the numbers for the 50 m wire, we can first calculate the proportionality constant as follows:

C = k(d²/L)

0.12 = k(2²/50)

k = 0.12*50/4 = 1.5

So, using this value of k, we can determine the conductance of a 75 m wire with a 2.5 mm diameter:

C = k(d²/L)

C = 1.5*(2.5²/75)

C = 0.15 mho

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Answer:

There would be a huge sound like an applause. At 200 decibels (the loudest possible sound ever created on Earth), it could shatter ear drums.

Explanation:

Hope this helps

If everyone on the planet screamed at the same moment, it would be a tremendously loud and chaotic event.

The particular impacts and repercussions, however, would be dependent on a variety of parameters such as the strength of the screams, the length, and the location of persons.

The cumulative cries of billions of individuals would produce a deafening loudness, perhaps reaching levels far beyond what the human ear can handle.

Thus, those in close proximity to people yelling may experience discomfort, confusion, and even bodily pain as a result of the loudness.

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The ozone mixing ratio inside the airplane would be 82.4 ppbv.

The ozone mixing ratio would be 82.4 ppbv inside the airplane after air is brought into the plane from outside, assuming the cabin air temperature is 298 K and the cabin pressure is 600 mbar. Here's how we can arrive at that answer:First, we need to use the ideal gas law to calculate the number density of the air outside of the plane:n/V = P/RTwhere:n/V is the number density of the air in units of molecules/cm^3P is the pressure in units of dynes/cm^2R is the gas constant in units of erg/(mole*K)T is the temperature in units of KConverting the given values to the proper units, we get:n/V = (30000 Pa) / [(8.31 J/(mole*K)) * (230 K)] * (1 Pa / 10 dynes/cm^2) * (1 cm / 10 mm)^3 * (6.022e23 molecules / mole) = 2.34e19 molecules/cm^3Next,

we can calculate the number density of ozone in the air outside of the plane by multiplying the ozone mixing ratio by the total number density of air:O3 mixing ratio = 150 ppbv = 150 nmol/mol = 150e-9 mol/molO3 number density = (150e-9) * (2.34e19) = 3.51e12 molecules/cm^3Now, we can use the conservation of mass to calculate the ozone mixing ratio inside the plane after air is brought in from outside. Since no chemical transformations are occurring, the total number of ozone molecules inside the plane must be equal to the number of ozone molecules brought in from outside.

We can write this as:O3 number density inside * volume inside = O3 number density outside * volume outsideSince we are interested in the ozone mixing ratio inside the plane, we can rewrite this as:O3 mixing ratio inside = O3 number density outside * volume outside / (n/V inside * V inside)First, we need to calculate the volume outside. We know that the plane is flying at an altitude of 10 km, which corresponds to a pressure of 265 mb according to the U.S. Standard Atmosphere.

Using the ideal gas law again, we can calculate the number density of the air at this altitude:n/V = (26500 Pa) / [(8.31 J/(mole*K)) * (230 K)] * (1 Pa / 10 dynes/cm^2) * (1 cm / 10 mm)^3 * (6.022e23 molecules / mole) = 2.06e19 molecules/cm^3The volume outside can then be calculated using the ideal gas law and the given conditions for pressure and temperature:V outside = nRT / P = (2.06e19) * (8.31e7) * (230) / (30000) = 4.84e11 cm^3Now, we can calculate the ozone mixing ratio inside the plane:V inside = V outside * P inside / P outside = (4.84e11) * (600) / (30000) = 9.68e9 cm^3n/V inside = (60000 Pa) / [(8.31 J/(mole*K)) * (298 K)] * (1 Pa / 10 dynes/cm^2) * (1 cm / 10 mm)^3 * (6.022e23 molecules / mole) = 4.09e19 molecules/cm^3O3 mixing ratio inside = (3.51e12) * (4.84e11) / (4.09e19 * 9.68e9) = 82.4 ppbv Therefore, the ozone mixing ratio inside the airplane would be 82.4 ppbv.

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Answer:

A. wind blows from the land toward the sea.

B. that this happens because the land cools faster than the sea, and, as a result, the air over land cools faster, which creates an area of higher pressure on land and lower pressure over the sea.

Explanation:

bc I am smrt

PLZ thank five star

and brainliest would be appreciated:-)

Answer:

convex lens and a concave mirror

Answer:

c on edge

Explanation:

B) When you use a convex mirror (f∠0), the image will be virtual and upright.

An upright image will always be produced by plane and convex mirrors. If the object is in front of the focal point, a concave mirror will only produce an upright image.

The image is virtual, upright, reduced in size, and located on the opposite side of the convex mirror, regardless of the location of the object.

Every time a convex mirror is used, a smaller virtual image is created. Therefore, the convex mirror's magnification is always less than one.

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Answer:

Flexibility is the ability of a joint or series of joints to move through an unrestricted, pain free range of motion. ... These soft tissues include: muscles, ligaments, tendons, joint capsules, and skin.

Explanation:

Answer:

340 kg/m³

Explanation:

\(Relative density \: = \frac{density \: ofsubstance}{density \: of \: equal \: volume \: ofwater} \)

density of water = 1000 kg/m³

density of the liquid = 0.34 × 1000

= 340 kg/m³

If the angles are vertical angles, then determined  value of k will be while following Algebraic expression is 9

Vertical angles are pairs of angles that are located opposite each other, with a common vertex. They are always congruent, which means that they have the same measure.

If one angle measures 130° and the other angle measures (8k+58)°, and they are vertical angles, then they must have the same measure. This means that (8k+58)° = 130°.

This comes under algebraic rule

now,

Solving this equation for k, we get:

8k + 58 = 130

8k = 72

k = 9

Therefore, the value of k is 9.

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R= 2+4=6Ω

in series connection, same current and different voltage

total voltage= total current × total resistance

6=I×6

I=6/6= 1A

voltage across 4Ω resistor= 1×4=4v

Therefore, heat dissipated by the 4Ω resistor in 5s= (v²/R)×t= (4²/4)× 5 = 16/4 × 5 = 20J

Answer:

trigonometry (guessing)

Explanation:

ellipse: is the shape of an orbit : looks like an oval

periapsis : shortest distance between something like the moon and the planet its orbiting around like the earth

parallax is triangulation. like how gps works. looking at a star one day and then looking at it again 6 months later, an astronomer can see a difference in the viewing angle for the star. With trigonometry, the different angles yield a distance. This technique works for stars within about 400 light years of earth

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By comparing the intrinsic brightness to the star's apparent brightness we can calculate the distance of stars

1/r^2 rule states that the apparent brightness of a light source is proportional to the square of its distance.Jan 11, 2022

https://www.space.com/30417-parallax.html

alternative distance measurement for stars used by most astronomers is the parsec. A star with a parallax angle of 1 arcsecond has a distance of 1 parsec, or 1 parsec per arcsecond of parallax, which is about 3.26 light years

blossoms.mit.edu

.

To determine the potential energy at a given point, we need to know the conservative force acting on an object and integrate it over the displacement.

In this case, we know that the force at x = 5 m is directed in the -x direction and has a magnitude of 25 N. Let's assume that the potential energy is zero at some reference point, typically chosen as the point where the force is zero.The potential energy associated with a conservative force can be calculated by integrating the negative of the force with respect to displacement:
Potential energy = -∫(Force)dx
Since the force is constant and directed in the -x direction, the integration simplifies to:
Potential energy = -Force * ∫dx
Evaluating the integral, we have:
Potential energy = -Force * (x - x₀)
Substituting the given values, we have:
Potential energy = -25 N * (5 m - x₀)
Since the potential energy is determined up to an additive constant, we can choose any reference point x₀. If we choose x₀ = 0, the equation simplifies to:
Potential energy = -25 N * (5 m - 0)
Potential energy = -125 J
Therefore, the potential energy at x = 5 m, with a force of magnitude 25 N directed in the -x direction, is -125 J.

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