How can you find the frequency or period of ocean waves?

Given that 1 ounce equals 28.35 grams, the value of 14.600 ounces in grams is approximately 413.9g.

Note that:

1 ounce = 28.35 grams

Given that;

Since 1 ounce = 28.35 grams, 14.600 oz will be;

14.600 oz = ( 14.600 × 28.35) grams

14.600 oz = 413.9g

Given that 1 ounce equals 28.35 grams, the value of 14.600 ounces in grams is approximately 413.9g.

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They will be instructed to park their cars in a cool dry environment in order to prevent rusting of the vehicle parts.

This is defined as a chemical change in which Iron reacts with Oxygen to form a new substance called Iron oxide.

Iron oxide is usually brownish in color and further corrodes the metal parts. It is also referred to as a Chemical change in chemistry due to new substance being formed.

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The work  was done to move the block  across the floor  is 400 Joule.

The definition of force in physics is: The push or pull on a massed object changes its velocity. An external force is an agent that has the power to alter the resting or moving condition of a body. It has a direction and a magnitude.

A spring balance can be used to calculate the Force. The Newton is the SI unit of force.

Force applied on the block: F = 40 N.

Displacement of the box = 10 m.

Hence, work  done to move the block = Force × Displacement

= 40 × 10 joule

= 400 joule.

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The linear velocity is changing and the angular velocity is Constant best describes the passenger’s linear and angular velocity while passing a point.

The rate of change of angular displacement is defined as angular speed, and it is stated as follows:

ω = θ t

Where,

θ is the angle of rotation,

t is the time

ω is the angular velocity

The linear velocity is given as the product of angular velocity and radius.

v=ωr

In the circular motion, the linear velocity is changing. Because the radius is changing.While the angular velocity is constant.Because it is an independent quantity.

Hence the Linear velocity is changing and the angular velocity is Constant best describing the passenger’s linear and angular velocity while passing a point.

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The side AO ≅  side BO because all radii of the same circle are congruent and equal. We also know that AC ≅ BC since tangents to a circle intersecting at a point are congruent. Using the reflexive property, we see that side CO is congruent to side CO. The  △ACO and △BCO are congruent by the SSS congruency theorem.

Point O is the center of the circle, and AO and BO are both radii of the circle. Thus, it means that AO ≅ BO because; All radii of the same circle are congruent and equal.

Since AO and BO are equal, it means that since point C is the intersection point of tangents from points A and B, then we can say that;

AC ≅ BC because; tangents to a circle that intersects are congruent.

Reflexive property shows that the length of a side is congruent to itself. In △ACO and △BCO, we see that they share a common side which is CO. Thus, CO is congruent to side CO.

From the above conclusions we have;

AO ≅ BO

AC ≅ BC

CO ≅ CO

This means all three corresponding sides of both △ACO and △BCO are congruent. Thus, we can conclude that;

△ACO is congruent to △BCO by the SSS Congruency theorem.

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The image of the question is given in the attachment.

The correct question is given below-

∠AOB is a central angle and ∠ACB is a circumscribed angle given to you to prove that △ACO ≅ △BCO.Fill in the blanks.

We are given that angle AOB is a central angle of circle O and that angle ACB is a circumscribed angle of circle O. We see that AO ≅ BO because ____

We also know that AC ≅ BC since ___

Using the reflexive property, we see that ____

Therefore, we conclude that △ACO is congruent to △BCO by the _____

11.3 g/cm³ equals to 1130  kg/m³.

The mass of a substance per unit of volume is its density. Density is most frequently represented by the symbol ρ, however Latin letter D may also be used. Density is calculated mathematically by dividing mass by volume.

Given that 11.3 g/cm³.

Know that

1000 grams = 1 kg

1 grams = 1/1000 kg.

100 cm = 1 m

1 cm = 1/100 m.

Therefore, 1 cm³ = (1/100)³ m³

= 1/1000000 m³

Hence, 1  g/cm³ = (1/1000) ÷ (1/1000000)  kg/m³

= 1000000/1000 kg/m³

= 1000 kg/m³.

Hence, 11.3 g/cm³ = (11.3 × 1000) kg/m³

= 1130  kg/m³

Hence, 11.3 g/cm³ equals to 1130  kg/m³.

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Everything in the universe is made up of matter or energy. Some ways that we have used energy today are turning on a light switch, using a microwave, driving a car, charging a phone.

Some examples of how energy is transformed in common everyday objects.

Turning on a light switch: When you turn on a light switch, you are completing an electrical circuit that allows electrons to flow through a wire and into a light bulb. The electrical energy is then transformed into light energy, which allows you to see.

Using a microwave: When you use a microwave to heat up food, the microwave emits electromagnetic radiation, which causes the water molecules in the food to vibrate and generate heat. The electrical energy from the microwave is transformed into thermal energy, which heats up your food.

Driving a car: When you start a car engine, the battery supplies electrical energy to the starter motor, which turns the engine. The chemical energy in the fuel is then transformed into thermal energy, which expands the gases in the engine and moves the pistons, which ultimately turns the wheels and propels the car forward.

Charging a phone: When you plug your phone into a charger, the electrical energy from the outlet is transformed into chemical energy, which is stored in the battery. The chemical energy is then transformed back into electrical energy when you use your phone.

These are just a few examples of how energy can be transformed in everyday objects.

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Answer:Two dimensional forms can create the illusion of 3 dimensional shapes and spaces.

Explanation:

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%.

Answer:

D)

Explanation:

From the calculation;

1) Melting point of indium = 171.4°

2) The resistance is 52.9 ohm

3) The power dissipated is  834 W

The temperature coefficient of resistance is a measure of how much the resistance of a material changes with temperature. It quantifies the relationship between the change in resistance and the change in temperature.

We have that;

R1/R2 = (1 + αt1)/(1 + αt2)

50/76.8 = (1 + (3.92 * \(10^-3\) * 20))/(1 +  (3.92 *\(10^-3\) * t))

0.65 = 1.0784/1 + 0.00392t

0.65(1 + 0.00392t) =  1.0784

0.65 + 0.0025t = 1.0784

t = 171.4°

P = \(V^2\)/R

R = \(V^2\)/P

R = \(230^2\)/1000

R = 52.9 ohm

The new power is;

P =\(210^2\)/52.9

P = 834 W

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A snow cover tends to stabilize the overlying air, thus inhibiting convection.

Snow acts as an insulator, reducing the transfer of heat between the surface and the atmosphere. When a snow cover is present, it prevents the direct contact of the air with the underlying surface, leading to a decrease in temperature gradients and a reduction in turbulent mixing. This stabilization of the air inhibits convection, which is the vertical movement of air masses due to temperature differences.

The presence of a snow cover creates a stable atmospheric condition by inhibiting convection and reducing turbulent mixing. This can result in a more static and calm air mass above the snow-covered surface.

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Dizziness, Headache, Nausea, vomiting, rapid breathing, rapid heart rate, Restlessness and Weakness are the symptoms that shows poisoning of cyanide.

Dizziness, Headache, Nausea and vomiting, Rapid breathing, Rapid heart rate, Restlessness and Weakness are the some of the symptoms of cyanide poisoning. Cynaide is a very dangerous and fast acting poison that leads to death if not treated on time.

So we can conclude that all above are the symptoms caused by cyanide poisoning.

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Answer:

If you haven’t read about the shark found swimming in and out of a segment of an undersea volcano, then you really need to get up to date.

Explanation:

Answer:

Explanation:

24 i think

Answer:

B. 24

Explanation:

There are 24 atoms in one molecule of C6 H12 06. This chemical compound is made up of 6 atoms of carbon, 12 atoms of hydrogen, and 6 atoms of oxygen. We find the number of atoms by adding these numbers up. We than get:

6 + 12 + 6 = 12 + 12 = 24

Therefore, there are 24 atoms in the following chemical formula.

The answer for Eating food from a uranium glass plate is safer is Choice C which is food is irradiated / not contaminated.

It is safer to eat food from a uranium glass plate because the uranium added to the glass will always be in the oxidized form used to color it. The uranium added to the glass will also be not soluble thus it will not be radioactive.

Thus, the reason for eating food safely from the uranium glass plate is it will not be contaminated

The other two options(alpha cannot penetrate skin or body and contains a low percentage of uranium) will be wrong because the plate will be completely non-radioactive.

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The horizontal force P applied to the yoke is approximately -2.584 lb.

To determine the horizontal force P applied to the yoke, we can use the equations of rotational motion and dynamics.

Find the angular acceleration (α) of the wheel:

α = a_B / R,

where a_B is the linear acceleration of point B on the wheel.

Given that a_B = -3.6 ft/s^2 (directed to the left) and R = 3 in (converted to ft), we have:

α = -3.6 ft/s^2 / 3 ft = -1.2 ft/s^2.

Calculate the moment of inertia (I) of the wheel:

I = k^2 * m,

where k is the centroidal radius of gyration and m is the mass of the wheel.

Given k = 2.2 in (converted to ft) and m = 3.5 lb, we have:

I = (2.2 ft)^2 * 3.5 lb = 16.94 lb·ft^2.

Determine the acceleration of the center of gravity (a_G) of the wheel:

a_G = R * α,

where R is the radius of the wheel.

Given R = 3 in (converted to ft), we have:

a_G = 3 ft * (-1.2 ft/s^2) = -3.6 ft/s^2.

Calculate the horizontal force P applied to the yoke:

P = I * α / R + m * a_G.

Substituting the values we obtained:

P = (16.94 lb·ft^2) * (-1.2 ft/s^2) / 3 ft + (3.5 lb) * (-3.6 ft/s^2) = -2.584 lb.

Therefore, the horizontal force P applied to the yoke is approximately -2.584 lb. Note that the negative sign indicates that the force is directed to the left, as stated in the problem.

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The scientist that described an atom made a solid positively charged substance with electrons dispersed throughout it was: Ernest Rutherford.

In 1911 Ernest Rutherford proposed his atomic model in which he considered the atom as a positively, densely charged center called a nucleus in which the electrons circulate around the core with a negative charge.

He was responsible for many discoveries in the radioactivity's  fields and nuclear physics.

The atom is the smallest part of the composition of matter, it is indivisible and is composed of a nucleus that has protons and neutrons, and around the nucleus there are the electrons.

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Answer:

Oxygen and Water are almost impossible not to stumble across while neon and argon are obtained from air in an air separation unit using the methods of liquefaction of gases and fractional distillation.

The oxygen molecule is a diatomic gas while the Neon and the Argon are monoatomic gases that exist separately without combining with other atoms or molecules because of their inert nature, on the other hand, water is a molecule that consists of two hydrogen atoms and a single oxygen atom.

A chemical compound is a combination of two or more either similar or dissimilar chemical elements.

For example, H₂O is a chemical compound made up of two oxygen atoms and a single hydrogen atom.

The oxygen molecule is a diatomic gas, whereas neon and argon are monoatomic gases that, due to their inertness, remain alone without joining with other atoms or molecules. In contrast, water is a molecule made up of two hydrogen atoms and one oxygen atom.

Thus, the oxygen and water molecules are different compared to Neon and Argon.

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To calculate the average velocity of the airplane, we need to divide the total displacement by the total time taken. The displacement is the distance traveled in a specific direction.

Given:

Distance traveled (displacement) = 1,592 miles (east)

Time taken = 3.68 hours

Average Velocity = Displacement / Time

Since the displacement is in the east direction, we consider it positive.

Average Velocity = 1,592 miles / 3.68 hours ≈ 432 miles per hour (rounded to the nearest whole number)

Therefore, the average velocity of the airplane is approximately 432 mph.

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Answer:

= 201.53 meters

Explanation:

A car started from rest and accelerated at 9.54 m/s^2 for 6.5 seconds. How much distance was covered by the car?

Use the formula  d = \(\frac{at^{2} }{2} ,\)

where d is the distance, t is the time and "a" is the acceleration.
\(d=\frac{9*54*6*5^{2} }{2} = 201.53 m\)

Answer:

.36

Explanation:

:)

Answer:

.36

Explanation:

Answer:

6.3 m/s

Explanation:

A student drops a wooden block from rest through a photogate 2 m below. Since there is a conservation of the gravitational potential energy and the kinetic energy, the final speed of the block is B. 6.3 m/s.

A wooden block is dropped from rest. If energy is conserved, the initial gravitational potential energy (U₁) will be equal to the final kinetic energy (K₂).

U₁ = K₂

m × g × h₁ = 1/2 × m × v₂²

where,

m × g × h₁ = 1/2 × m × v₂²

g × h₁ = 1/2 × v₂²

v₂ = √(2 × g × h₁)

v₂ = √(2 × (9.8 m/s²) × 2 m) = 6.3 m/s

A student drops a wooden block from rest through a photogate 2 m below. Since there is a conservation of the gravitational potential energy and the kinetic energy, the final speed of the block is B. 6.3 m/s.

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Answer:

July

Explanation:

In july you would expect least hurricane

Principal axis or optical axis is a virtual line that passes through

the center of the lens.

A lens is a transmissive optical tool that employs refraction to focus or disperse a light beam. A compound lens is made up of numerous simple lenses that are often aligned along a common axis, as opposed to a simple lens, which is made up of a single transparent piece.

Principal axis the line between the optical center and the centers of curvature of a lens's or a curved mirror's faces. Any one of three axis that are mutually perpendicular and around which a body has its greatest moment of inertia.

Principal axis or optical axis is a virtual line that passes through

the center of the lens.

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When a switch is closed, it completes the circuit, allowing electricity to flow through it. In a circuit with multiple bulbs, the amount of electricity that flows through each bulb depends on the resistance of the bulb.

After the switch is closed, the brightness of the bulbs will depend on their individual resistances. If all three bulbs have the same resistance, then they will all be equally bright. However, if one of the bulbs has a higher resistance than the others, it will be dimmer than the other two bulbs. Conversely, if one of the bulbs has a lower resistance than the others, it will be brighter than the other two bulbs.

In conclusion, the brightness of the bulbs after the switch is closed will depend on their individual resistances. If all three bulbs have the same resistance, they will be equally bright, but if one bulb has a higher or lower resistance than the others, it will be either dimmer or brighter than the other bulbs.

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