what instrument can be used to hold a cotton ball used to disinfect the eyes? groove director separator spring forceps aneurysm hook

Answer:

.30 kg mass moving at 1.0 m/s

Explanation:

Well if the 30 mass isn't moving, then that isn't momentum. But if the .30 kg of mass if moving, then that would be momentum. So the correct answer is .30 kg of mass

Answer:

a 0.30 kg mass moving at 1.0 m/s

Explanation:

p = mv

Momentum is the product of mass and velocity. Since a stationary object has velocity=0, it has momentum=0*mass=0

An object with positive mass and nonzero velocity will always have positive momentum, so we could stop here.

An object with m=0.3kg and v=1m/s has

p = mv = 0.3kg * 1m/s = 0.3kg*m/s

which is more than 0.

Answer: D. Annular Solar Eclipse

Explanation:

An annular solar eclipse happens when the Moon passes between the Sun and Earth, but when it is at or near its farthest point from Earth. Because the Moon is farther away from Earth, it appears smaller than the Sun and does not completely cover the Sun.

According to the given statement 11303.5 kg  is the weight of the truck.

The buoyant force, which applies to a person at rest in a fluid, is proportional to the weight of the displaced water and pushes higher. The amount of fluid displaced when the body is fully immersed is equal to the body's volume.

The Archimedean principle, which asserts that the hydrostatic push is equal to the weight of the desalinated liquid, is used to solve this task.

B = ρ g V

It is in balance with the push when the truck is at full weight, according to Newton's law of equilibrium.

          Σ F = 0

          B-W = 0

          B = W

body weight

          W = M g

the volume is

          V = l to h

          (l to h) = M g

          M = l a h

we calculate

          M = F = 1000 . 10. (4.70 x 6.50 x 0.037)  = 11303.5 N

          M = 11303.5 kg

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The deceleration of the motorcycle is -3.0 m/s^2 and it travels 75.0 m during deceleration.

To find the deceleration of the motorcycle, we can use the formula:

deceleration = (final velocity - initial velocity) / time

Plugging in the given values, we get:

deceleration = (0 m/s - 15.0 m/s) / 5.0 s = -3.0 m/s^2

To find the distance the motorcycle travels during deceleration, we can use the formula:

distance = (initial velocity * time) + (1/2 * deceleration * time^2)

Plugging in the given values, we get:

distance = (15.0 m/s * 5.0 s) + (1/2 * -3.0 m/s^2 * 5.0 s^2) = 75.0 m

So the deceleration of the motorcycle is -3.0 m/s^2 and it travels 75.0 m during deceleration.

The car’s average acceleration is 6 meter/second^2.

Acceleration is rate of change of velocity with time. Due to having both direction and magnitude, it is a vector quantity. Si unit of acceleration is meter/second² (m/s²).

Given that: the car can accelerate from rest to 30 m/s in 5 seconds.

Hence, average acceleration of the car = change in speed/time interval

= ( final speed - initial speed)/time interval

= ( 30 m/s - 0 m/s) / 5 second

= (30/5) meter/second^2

= 6 meter/second^2.

Hence, the  average acceleration of the car  is  6 meter/second^2.

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When a soap bubble 100 nm thick and illuminated by white light incident perpendicular to its surface, then wavelength, λ is calculated =  5.32 *10^-7 m.

The ratio of the speed of light in a vacuum, c, to the speed of light in a medium, c' is called as index of refraction. One of the consequence of this difference in speed is that when light goes from one medium to another at an angle, then the propagation vector in the new medium has a different angle with respect to normal.

Given, t= 100nm= 100 * 10 ^-9  n= 1.33

ΔФ1 = λ/4

ΔФ2 = 2√2 t λ n/2 λ

=2 t n

=2 * 100 * 10 ^-9 * 1.33

= 2.66 *10^-7

2.66 *10^-7= λ/2

λ=  5.32 *10^-7 m.

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Answer:

heat energy

Explanation:

heat energy

Explanation:

15)

the average speed is

20m / 40s = 20/40 m/s = 0.5 m/s

16)

the front and the back of the bus.

According to the given statement The drag force is four times as strong, and the viscous force is double that.

It is the resistive (internal) force a fluid offers when tangential force is applied to its surface (shear). The fluid's near-surface particles stick to the surface when it flows over it. The fluid's velocity profile the about surface is thus zero.

Newton's law of fluidity states. The relationship between the shear stress and velocity gradient is straightforward. The negative magnitude of velocity gradient within the same two neighboring fluid layers has a direct relationship with the shear stress between them.

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Answer: Acceleration

Explanation:

When two objects interact through the gravitational force between them, the more massive one has a lower acceleration than the less massive object.

The change in internal energy of a system is - 5290×10⁴J.

Innate strength A system's or a body's (with clearly defined boundaries) U is made up of the sum of the kinetic and potential energies resulting from molecular motion as well as the electric and vibrational motion of the atoms within molecules.

Heat transfer into the system Q₁ = 4.23×10⁶J

Heat transfer out of the system Q₂ = 9.07× 10⁶J

Work done W =  4.50×10⁵J

The heat transfer into the system less the heat transfer out of the system is now known as the net heat transfer.

Q = Q₁ - Q₂

Q = 4.23×10⁶ -  9.07× 10⁶

Q = -4.84× 10⁶J

The first law of thermodynamics provides the following formula for the change in internal energy:

ΔU = Q - W

ΔU = -4.84× 10⁶ -  4.50×10⁵

ΔU = - 5290×10⁴J.

A negative sign indicates a decrease in internal energy.

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The magnitude of the tangential acceleration is 0.329m/s².

At=r a t = r is the formula for tangential acceleration, where r is the circle's radius and is the angular acceleration. The definition is derived from the fact that the arc length is equal to the circle's radius times the angle in radians.

d = Diameter of rim = 11.0 in = 11 × 0.0254 = 0.2794m

r = Radius = d/2 = 0.2794/2 = 0.1397m

[tex]\omega_{f}[/tex] = Final angular velocity = 79 × 2π/60 = 8.26rad/s

[tex]\omega_{i}[/tex] = Initial angular velocity = 0

∝ =  Angular acceleration

t = Time taken = 3.5s

Rotational motion equation,

[tex]\omega_{f}[/tex] = [tex]\omega_{i}[/tex] + ∝t

∝ = [tex]\omega_{f}[/tex] - [tex]\omega_{i}[/tex]/t

∝ = 8.26 - 0/3.5

∝ = 2.36 rad/s²

Magnitude of the tangential acceleration given by

[tex]a_{t}[/tex] = r∝

[tex]a_{t}[/tex] = 2.36 × 0.1397

[tex]a_{t}[/tex] = 0.329m/s².

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On an ECG machine that meets the international standard, the paper moves at 25 mm/second.

The magnitude of the velocity of the aircraft P relative to aircraft Q is zero

The velocity of the two aircraft given is

P & Q, v = 300 m/s

The angle of the direction between P&Q is

Ф = 90°

The magnitude of the velocity of aircraft P relative to aircraft Q is given by the formula which is as follows:

 V = v cos Ф

Substituting the values in the above equation

                                  v = 300 x cos 90°

                                     = 300 x 0

                                     = 0

Since the aircraft are at right angles, the velocity of one aircraft relative to the other would be equal to zero.

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Newton's third law states that any action will have a(n) equal and opposite reaction.

The gravitational force of Earth on the satellite, given that the satellite is launched into orbit 30000 km above sea level is 1.63×10³ N

The gravitaional force between two objects can be obtained by using the following formula:

F = GM₁M₂ / r²

Where

The following data were obtained from he question:

The gravitaional force can be obtained as shown below:

F = GM₁M₂ / r²

F = (6.673×10¯¹¹ × 5.4×10³ × 6.0×10²⁴) / (36400000)²

F = 1.63×10³ N

Thus, the gravitational force is 1.63×10³ N

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  (+ , -)

- sin(55)=y/18.5 -> 18.5sin(55)=y

- cos(55)=x/18.5 -> 18.5cos(55)=x

The magnitude will be given by |v|=a2+b2 if v=a,b is indeed the coordinates.In accordance with the application the direction usually equal to the angle made with the x-axis or the y-axis.The formula tan=(ba)=tan1(ba) can be used to determine the direction of a position vector, as shown in Figure 8.8.

Any number of dimensions can be included in the generalization of the vector magnitude formula.For instance, the formula for the magnitude of a four-dimensional vector a=(a1,a2,a3,a4) is a=a21+a22+a23+a24.

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When the gas is compressed then the pressure of the gas increases .

The Pressure of Gas is defined as the stress exerted on the walls of its container that the gas exerts.

By the property of Compressibility of the gas ;

if the temperature is maintained constant , and when the gas is compressed ,

the volume of the gas decreases which leads to the increase in the pressure of the gas .

that means , when the gas is compressed then the pressure increase  .

Therefore , the increase in compression of gas leads to increase in pressure .

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The height of the cliff, given that her phone landed 20 m away when she accidentally threw her phone with a velocity of 5 m/s is 78.4 m

To determine the height of the cliff, we must first obtain the time taken for her phone to reach the ground. This is obtained as follow:

s = ut

20 = 5 × t

Divide both sides by 5

t = 20 / 5

t = 4 s

Finally, we shall determine the height of the cliff. Details below:

h = ½gt²

h = ½ × 9.8 × 4²

h = 4.9 × 16

h = 78.4 m

Thus, the height of the cliff is 78.4 m

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After thrown from his horse, Collin might have trouble with his occipital lobe.

The occipital lobe is one of the four significant lobe of the cerebral cortex in the mind of warm blooded creatures. The name gets from its situation at the rear of the head, from the Latin ob, "behind", and caput, "head".

The occipital lobe is the visual handling focus of the mammalian mind containing a large portion of the physical locale of the visual cortex. The essential visual cortex is Brodmann region 17, ordinarily called V₁(visual one). Human V₁ is situated on the average side of the occipital curve inside the calcarine sulcus; the full degree of V₁ frequently go on onto the occipital shaft.

V₁ is much of the time likewise called striate cortex since it tends to be distinguished by a huge stripe of myelin, the Stria of Gennari. Outwardly determined locales outside V₁ are called extrastriate cortex. There are numerous extrastriate districts, and these are specific for various visual errands, for example, visuospatial handling, variety separation, and movement insight. Two-sided injuries of the occipital curve can prompt cortical visual deficiency.

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The rate at which sun transfers its mass to other forms of energy is 4.3* 10⁹ kg/s.

The fraction of its original mass has the sun lost in this way since it began to burn hydrogen, about 4.5 x 109 y ago is 3.1 * 10⁻⁴.

Given that,

Mass of the sun = 2* 10³⁰ kg

Radiation power P = 3.9* 10²⁶ W

The rate of changing mass is P = E/t = (m*c²)/t

Re-arranging the terms, we have,

m/t = P/c² = (3.9* 10²⁶)/(3* 10⁸)² = 4.3* 10⁹ kg/s

Fraction of original mass lost is Δm = m/t * t = (4.3* 10⁹)* (4.5* 10⁹)

⇒ 6.15 * 10²⁶ kg

Fraction of mass lost = Δm/(m + Δm) = (6.15 * 10²⁶)/(2* 10³⁰ + 6.15 * 10²⁶)

⇒ 3.1 * 10⁻⁴

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The angle between the resultant and the larger force is 60 degree  if resultant force value is value 9.1Newtons.

We know that resultant force is given by the superposition principle which uses a formula

Resultant force =√((F₁)² + (F₂)² + 2 ˣ F₁ ˣ F₂ ˣ cosθ)

Superposition principle of electric force to find the resultant power, all accuses are thought about independently of that specific charge as though any remaining charges are missing. Along these lines, for each charge, the power on that specific charge is to be found out. Then the vector amount of the multitude of forces gives the resultant forces on that charge.

We have resultant force as 9.1Newton,F₁=6.2newton,F₂=4.4 newton

So,on putting the values,we get

=>(9.1) = √[(6.2)² + (4.4)² + 2 × 6.2×4.4×cosθ]

Squaring on both sides,we get

=>9.1 × 9.1 =(6.2)² + (4.4)² + 2× 6.2×4.4×cosθ

=>82.81=38.44 + 19.36 + 54.56×cosθ

=>82.81=57.8+ 54.56×cosθ

=>82.81-57.8= 54.56×cosθ

=>25.01=54.56×cosθ

=>cosθ=25.01/54.56

=>cosθ = 0.458

=>cosθ=cos(62.5)°

=>θ=62.5°

=>θ=60°(nearest 10th)

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The parameter of the dark energy equation of state is viewed as an arbitrary constant with a value falling between the range $w in [-1.5, -0.5]$, the upper and lower bounds of which are determined by recent measurements. We get scale factor approximations with better than 1% accuracy.

Mass of a solid substance per unit volume. The equation for density is d = M/V, where d represents density, M is mass, and V is volume. Density is often measured in grammes per cubic centimetre. Its mass per unit of volume is a measure of a substance's density. Although the sign can also represent the Latin letter D, it is most frequently used to represent density. Mass divided by volume is the formula for density in mathematics: displaystyle rho = frac mV. where V is the volume, is the density, and m is the mass.

How much mass there is in a specific volume or area is determined by its density. The formula for determining a substance's density is to divide its mass by its volume.

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Using the water that is both held in dams and flowing in rivers, hydropower, also known as hydroenergy, is a renewable energy source.

In order to generate electricity, hydroelectric power uses the force of moving water, making it a renewable energy source. Long before you switch on a light at home or at work, the hydroelectric process has already begun.

Water must flow in order to generate power. Kinetic energy is energy that moves. The energy transforms into mechanical (machine) energy as flowing water turns blades in a turbine.

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B. uneven heating of earth's surface by the sun. The primary driver of creating wind on the surface of the earth is the uneven heating of earth's surface by the sun.

Wind is the term for the flow of air through any planet's atmosphere. On Earth, winds are mostly brought on by the sun's uneven heating. Because of these variations in temperature, winds blow from places with high atmospheric pressure to areas with low atmospheric pressure.

Ocean currents, which are fueled by friction between the water and the wind that blows over its surface, are one of the many factors that accelerate the ocean's perpetual motion. Although the wind is the main reason for surface currents, other factors also affect how the ocean's waters travel.

The most notable of these is the Coriolis effect, which is caused by the Earth's rotation diverting currents off their intended course. The rotation of the Earth causes currents to be redirected to the right in the Northern Hemisphere and to the left in the Southern Hemisphere.

The gyres in the two hemispheres consequently flow in opposing directions.

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The distance over which the force acts on the box, given that 70 N is applied to the 10 Kg box is 3.125 m

We'll begin by obtaining the acceleration of the box. Details below:

Net force = mass × acceleration

40 = 10 × acceleration

Divide both sides by 10

Acceleration = 40 / 10

Acceleration = 4 m/s²

Finally, we shall determine the distance. Details below

v² = u² + 2as

5² = 0² + (2 × 4 × s)

25 = 0 + 8s

25 = 8s

Divide both side by 8

s = 25 / 8

s = 3.125 m

Thus, we can conclude that the distance covered is 3.125 m

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Answer:

Below

Explanation:

ESE = 1/2 k d^2

        = 1/2 *  10 N/m * .1 m = .5 J

In order to treat horizontal and vertical dimensions of a projectile as separate, the assumption that is True is (d)initial x velocity is zero .

What is a Projectile ?

Projectile motion is defined as the motion of an object that is thrown (projected) into air. and After initial force that launches object, it only experiences force of gravity.

The object is called as a projectile, and the path is called as trajectory.

the condition to treat horizontal and vertical dimensions of a projectile as separate is that "we need to take the acceleration in x direction as 0 "

that means ; initial x velocity is zero .

Therefore , the correct option is (d).

The given question is incomplete , the complete question is

In order to treat the horizontal and vertical dimensions of a projectile as separate, which assumption must be true?

(a) initial y velocity is zero

(b) air resistance is negligible

(c) the projectile travels over level ground initial velocity is at a 45 degree angle

(d) initial x velocity is zero .

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