with the flat white light source, what is the relationship between the filter transmittance and the detected distribution?

The element of their chemical structure that differentiates one amino acid from another is the side chain, also known as the R-group.

the R-group is what makes each amino acid unique. The R-group can vary in size, shape, and chemical properties, which in turn determines the specific characteristics and functions of each amino acid.

The R-group can consist of different elements such as hydrogen, carbon, oxygen, nitrogen, and sulfur, as well as various functional groups. This variation in the R-group contributes to the diversity and complexity of proteins.

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Answer:

B - Person A's chair rolls backwards.

Explanation:

This can be seen simply through the Conservation of Momentum. When the ball is thrown to be, the ball's momentum(+m) is transfererd to B, so B's chair moves forward(think about it - it makes sense, doesn't it?), meaning A's chair moves backwards.

So, B.

EXTRA TIP: Try drawing a diagram to help you!  

Answer:

Because the lever would change with small changes.

Explanation:

When a material that has a rather high thermal expansion coefficients is used, the length of the level arm length changes with corresponding changes in its temperature. This, isn't a good phenomenon, and so as not to interfere, that's why there is a need for materials with lower thermal expansion coefficient.

To store 1.60 j of energy, the capacitor of 0.600 μf must be charged to a potential of 2.31 kV.

To find the potential needed to charge a 0.600 μF capacitor to store 1.60 J of energy, we can use the formula for the energy stored in a capacitor:

Energy (E) = (1/2) × Capacitance (C) × Voltage^2 (V²)

We are given the energy (E = 1.60 J) and the capacitance (C = 0.600 μF), and we need to find the voltage (V).

1. Rearrange the formula to solve for V:

V² = (2 × E) / C

2. Plug in the given values:
V² = (2 × 1.60 J) / (0.600 μF)

3. Calculate the result:
V² = 5.333... (rounded to the nearest thousandth)

4. Take the square root of both sides to find V:
V = √5.333...

5. Calculate the final value for V:
V = 2.31 kV (rounded to the nearest hundredth)

So, you should charge the 0.600 μF capacitor to a potential of 2.31 kV to store 1.60 J of energy.

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A spherical drop of water carrying a charge of 41pC has a potential of 570 V at its surface (with V=0 at infinity) (a) The radius of the drop is approximately 5.88 micrometers (μm).

(b) The potential at the surface of the new drop formed by combining two drops of the same charge and radius is approximately 1140 V.

(a) To find the radius of the drop, we can use the formula for the potential of a charged sphere, which is given by V = (k * Q) / r, where V is the potential, k is the electrostatic constant, Q is the charge, and r is the radius of the sphere. Rearranging the formula to solve for the radius, we have r = (k * Q) / V. Plugging in the given values of Q = 41 pC (pico coulombs) and V = 570 V, and using the value of k = 8.99 × 10^9 Nm^2/C^2, we can calculate the radius to be approximately 5.88 μm.

(b) When two drops combine to form a single spherical drop, the total charge remains the same. Therefore, the potential at the surface of the new drop can be calculated using the same formula as before, but with the combined charge. Since each drop has the same charge and radius, the combined charge will be 2 times the original charge. Plugging in Q = 82 pC (2 * 41 pC) and using the given value of V = 570 V, we can calculate the potential at the surface of the new drop to be approximately 1140 V.

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Answer:

40%

Explanation:

The efficiency of a system is calculated as the ratio of the useful power output to that of the input power.

Efficiency = useful output/input x 100%

In this case, input power = 5j, useful output = 2j

Efficiency = 2/5 x 100%

                   = 40%

The efficiency of the buzzer is, therefore, 40%.

The west coast of the united states receives two high tides and two low tides of varying heights per day.  Tidal pattern is  mixed semidiurnal tidal cycle

Sun and moon exert force on the ocean due to tides moves through the ocean  Tide are very long period waves whose motion is directed by the effect of moon and sun .  Tides originate in the ocean and progress toward the coastlines where they appear as the regular rise and fall of the sea surface.

An area has a diurnal tidal cycle if it experiences one high and one low tide every lunar day. An area has a semidiurnal tidal cycle if it experiences two high and two low tides of approximately equal size every lunar day An area has a mixed semidiurnal tidal cycle if it experiences two high and two low tides of different size every lunar day.

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To determine the length of a string fixed at both ends, given its linear mass density, tension, and fundamental frequency, we can use the formula for the fundamental frequency of a vibrating string. By rearranging the formula and solving for the length of the string, we can find the desired length.

The fundamental frequency of a vibrating string is given by the formula f = (1/2L) * sqrt(T/μ), where f is the frequency, L is the length of the string, T is the tension, and μ is the linear mass density.

In this case, we know the fundamental frequency (f = 220 Hz), the tension (T = 20.0 N), and the linear mass density (μ = 1.50 g/m = 0.0015 kg/m).

To find the length of the string, we can rearrange the formula as L = (1/2f) * sqrt(T/μ). Substituting the given values into the formula, we have L = (1/2 * 220 Hz) * sqrt(20.0 N / 0.0015 kg/m).

Simplifying this expression will give us the length of the string.

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The correct order of increasing impedance is:

C. PZT, gel, skin, matching layer

Impedance is a measure of the opposition to the flow of sound waves in a medium. It depends on the density and speed of sound in the material. In the given options, the order of increasing impedance can be determined by considering the properties of the materials involved.

PZT (lead zirconate titanate) has a higher impedance than gel, skin, and the matching layer. PZT is a piezoelectric material commonly used in ultrasound transducers and has a higher density and speed of sound, leading to higher impedance.

Gel has a lower impedance compared to PZT but higher impedance than skin and the matching layer. Gel is used as a coupling medium between the transducer and the skin to enhance acoustic coupling and minimize impedance mismatch.

Skin has a lower impedance than both gel and the matching layer. It is the outermost layer and acts as an interface between the transducer and the biological tissue.

The matching layer has the lowest impedance among the given options. It is designed to match the impedance of the PZT to the impedance of the tissue being imaged, facilitating efficient sound transmission.

Therefore, the correct order is C.

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To double the gravitational force between the two blocks, double the mass of the blocks and keep the distance between constant.

The given parameters;

The gravitational force between the two mass is calculated by applying Newton's law of universal gravitation as follows;

\(F = \frac{Gm_1 m_2}{r^2}\)

The magnitude of the gravitational force increases with increase in the mass of the blocks and decreases with increase in the distance between the blocks.

To double the gravitational force between the blocks, double the mass of the blocks;

\(F = \frac{G(2m_1)(2m_2)}{r^2} \\\\F = 2 \times \frac{Gm_1 m_2}{r^2}\)

Thus, to double the gravitational force between the two blocks, double the mass of the blocks and keep the distance between constant.

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Amplitude...........

Answer:

Amplitude

Explanation:

we took a test today and this same question showed up and it said it was Anplitude

The result of multiplying a particle's mass by its velocity is the fluctuation in momentum of a ball, which is 30 kg per second. Since momentum has both a magnitude and a direction, it is a vector quantity.

Almost every action that involves motion has momentum. It is an important tenet of physicsFor instance, if a team is moving forward and trying to stop, it will be difficult.

mv - mu, where u = 0 and v = 10 m/s, equals change in momentum.  Note that the ball moved from rest, therefore its initial velocity was zero (u = 0).

Momentum change is equal to mv mu, which is 3*10 - 3*0, or 30.

30 kg/s = change in momentum.

Momentum can be compared to the "power" a moving body has, or the amount of force it can exert on another body. For instance, a baseball that is thrown quickly (high velocity) and has a small bulk (big mass) can have the exact same momentum as a bowling ball that is travelling very slowly (low velocity).

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The force applied to each spring determines how much it is stretched.

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Answer: Wavelength

Explanation:

Answer:

C) wavelength

Explanation:

I hope this is right, have a nice day!

Answer:

Thus, the energy flow is unidirectional in nature. Moreover, in a food chain, the energy flow follows the 10 percent law. According to this law, only 10 percent of energy is transferred from one trophic level to the other; rest is lost into the atmosphere

Explanation:

please mark my answer in brainlist

The pulley system to the right will be in static equilibrium at an unknown angle of 90 degrees.

An object must satisfy two requirements of equilibrium in order to maintain static equilibrium. First, there must be no net force acting on the item. Second, there must be no net torque pulling on the object.

The 80 N weight is fastened to a freely rotating pulley in this setup.

As a result, the cable's tension is also 80 N.

The tensions' x components must be balanced against one another:

T1x = T2x

Since T1x = T1 cos(θ) and T2x = 0 (because the cable attached to the wall is vertical), we have:

T1 cos(θ) = 0

Therefore, cos(θ) = 0, which means that θ = 90 degrees.

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Answer:

a = 0.1 [m/s²]

Explanation:

To solve this problem we must use the following equation of kinematics.

\(v_{f}=v_{o}+a*t\)

Vf = final velocity = 0.8 [m/s]

Vo = initial velocity = 0.3 [m/s]

a = acceleration [m/s²]

t =  time = 5 [s]

\(0.8=0.3+a*t\\0.5 = 5*a\\a = 0.1 [m/s^{2}]\)

The ostrich's average speed during the 3.0 km run is approximately 38.65 km/h.

The average speed of the ostrich during the entire 3.0 km run, we need to calculate  the total time taken for both segments and then divide the total distance by the total time.

Calculate the time for each segment:

Time taken for the first 1.5 km segment at 58 km/h:

Time = Distance / Speed

= 1.5 km / 58 km/h

≈ 0.02586 hours

Time taken for the second 1.5 km segment at 29 km/h:

Time = Distance / Speed

= 1.5 km / 29 km/h

≈ 0.05172 hours

Calculate the total time:

Total Time = Time for the first segment + Time for the second segment

Total Time ≈ 0.02586 hours + 0.05172 hours

≈ 0.07758 hours

Calculate the average speed:

Average Speed = Total Distance / Total Time

Average Speed = 3.0 km / 0.07758 hours

≈ 38.65 km/h

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We have that the magnitude of the magnetic field is determined by the amount of current produced.

Generally,  the magnetic field strength is called the tesla This  is measured as one Newton per ampere-meter.

Electromagnet is a  magnet where the magnetic field is created by an electric current,

Therefore the magnitude of the magnetic field is determined by the amount of current produced

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Inertia is a force which brings all objects to a rest position. Fast-moving objects have more inertia than slow-moving objects. False - The speed of an object has no impact upon the amount of inertia that it has. Mostly True - Two objects of the same mass can weigh differently if they are located in different locations.

I don't know if this will help

We are given that an object is launched with an initial height and we are asked to determine its maximum height. To do that we will determine first the time it takes the object to reach the maximum height which is given by the following formula:

Where:

Replacing the values we get:

Solving the operations we get:

Now, to determine the height associated with this time we will use the following formula:

Where:

In this case, the initial height is 40 meters. Replacing the known values:

Solving the operations:

Therefore, the maximum height the ball reaches measured from the ground is 64.61 meters.

Now we are asked to determine the final velocity of the object. To do that, we will use the following formula:

Where:

Now we solve for the final velocity first by adding the square of the initial velocity:

Now we take the square root to both sides:

Replacing the known values:

Solving the operations:

Therefore, the final velocity is 35.6 meters per second directed towards the ground.

Now we are required to determine the time the object stays in the air. To do that we will use the following formula:

We will solve for "t" first by subtracting the initial velocity from both sides:

Now we divide both sides by the acceleration of gravity with the negative sign:

Now we replace the values, but we need to have into account that since the final velocity is directed towards the ground its sign is negative:

Solving the operations:

Therefore, the cannonball's total time is 5.87 seconds.

Answer:

I think its dense and solid and located near a star.

Explanation:

Hope this helps, good luck.

Answer:

A) 1.79ohms

Explanation:

Total resistance of resistors in parallel is given by ;

1/R = 1/R1 + 1/R2 +1/R3

Put in the values and make R the subject

The system described by the transfer function G(s) = -co² s² + 2a + w², with a damping ratio of 1.3 and a natural frequency of 0.5, has an overdamped unit step response. So, the correct option is (E)

The transfer function of the system is given as G(s) = -co² s² + 2a + w², where co represents the damping ratio, a represents an arbitrary constant, and w represents the natural frequency of the system. We are given that the natural frequency is 0.5 and the damping ratio is 1.3.

To determine the type of unit step response, we need to analyze the damping ratio (co) in relation to the critical damping value (co_critical).

The critical damping ratio (co_critical) is defined as the value where the system is on the threshold between being overdamped and underdamped. It is given by the formula co_critical = 2 * sqrt(a * w²).

In our case, the natural frequency (w) is 0.5, so we can calculate co_critical as follows: co_critical = 2 * sqrt(a * 0.5²).

Since the damping ratio (co) is given as 1.3, we can compare it with co_critical to determine the type of unit step response.

If co > co_critical, the system is considered overdamped (Option E).

If co = co_critical, the system is considered critically damped (Option D).

If co < co_critical, the system is considered underdamped (Option C).

Based on the given values, we can determine that the system is overdamped (Option E) because the damping ratio (1.3) is greater than the critical damping ratio.

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The accurately described circuit is option D. In a series circuit, the amount of current passing through each part of the circuit may vary.

In a series circuit, components are connected one after another in a single path, forming a loop. The same current flows through each component in a series circuit, meaning that the current is constant throughout the circuit. This is known as Kirchhoff's current law, which states that the total current entering a junction is equal to the total current leaving the junction.

However, the amount of current passing through each individual component may vary. This is because the components in a series circuit offer different amounts of resistance to the flow of current. According to Ohm's Law, the current in a circuit is determined by the voltage applied and the resistance of the circuit.

Components with higher resistance will restrict the flow of current more, causing a decrease in the amount of current passing through them. Therefore, in a series circuit, the current remains the same at any point in the circuit, but the amount of current passing through each component may vary depending on its resistance. Therefore, the correct answer is option D.

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\(\\ \sf\Rrightarrow PE=mgh\)

\(\\ \sf\Rrightarrow m(10)(3)=120\)

\(\\ \sf\Rrightarrow 30m=120\)

\(\\ \sf\Rrightarrow m=4kg\)

Answer: 31.80m

Explanation:

Given the following :

Initial Velocity (u) = 1.7m/s

Acceleration (a) = 1.2m/s²

Time (t) = 6seconds

Distance covered during the process:

Using the motion equation; calculate the final velocity (v)

v = u + at

v = 1.7 + (1.2*6)

v = 1.7 + 7.2

v = 8.9m/s

We can then find the distance covered during the process using :

v² = u² + 2aS

Where ; v = final velocity ; u = initial velocity

S = distance and a = acceleration

Hence,

8.9² = 1.7² + (2 × 1.2 × s)

8.9² = 2.89 + (2.4 × s)

79.21 = 2.89 + 2.4s

79.21 - 2.89 = 2.4s

76.32 = 2.4s

s = 76.32 / 2.4

s = 31.8m