do you think that this method of identifying unknowns would be effective for identifying any unknown element?

Answers

Answer 1
Answer: Unknowns, represented by variables, are effective for identifying the value. They stand for a certain amount, and solving for them would uncover values, like force etc. 

Related Questions

Identify which system of government is comprised primarily of two working parts?
A heavier mass m1 and a lighter mass m2 are 20.5 cm apart and experience a gravitational force of attraction that is 8.50 10-9 N in magnitude. The two masses have a combined value of 5.80 kg. Determine the value of each individual mass.m1 = ____ kgm2 = ____ kg
Mike has a mass of 97 kg. He jumps out of a perfectly good airplane that is 2000 m above the ground. After he falls 1000 m, when his downward speed is 68 m/s, Mike opens his parachute. The positive y-direction is downward.(a) Calculate the average magnitude of the upward force of the air resistance on Mike during his initial descent.(b) After Mike opens his parachute, he continues to descend, eventually reaching the ground with a speed of 4.0 m/s. Calculate the average upward force during this part of Mike's descent.(c) At the same time Mike jumps out of the airplane, his wallet (mass of 0.3 kg) falls out of his pocket. Calculate the wallet's downward speed when it reaches the ground. For this calculation, assume that air resistance is negligible.
I need these ASAP Thank you c:1) The outer electrons in an element are referred to as _____. A) valence electrons B) ground state electrons C) excited electrons D) none of the above 2)In an exothermic reaction, the products have _____. A) more energy than the reactants B) less energy than the reactants C) the same amount of energy as the reactants 3)A static charge is different from an electric current, in that a static charge _____. A) is a flow of electrons B) lasts only for a fraction of a second C) occurs because a force is exerted on the electrons D) involves the movement of ions as well as electrons 4)The time that it takes for a wave to travel one wavelength is considered a(n) _____. A) period B) velocity C) amplitude D) rarefaction (This is for Integrated Physics and Chemisty)
What is the exact time of a full earth rotation?

Which voice can produce a pitch that has a speed of 343 m/s and a wavelength of 0.68 m?

Answers

The answer for you question would be : Soprano
One of the type of voice that could produce a pitch that has a speed of 343 m/s and a wavelength of 0.68 m would be soprano

hope this helps

Which of the following is not an example of kinetic energy being converted to potential energy?

Answers

You did not give any answers to choose from. So I'll just explain to you what the difference is.

Kinetic energy means the object is in motion, or is moving.

Potential energy means the object is not moving, but it has the potential to.

Example:
                You are holding your phone in your hand one foot above the ground and you are not moving it at all (Potential energy). You then drop your phone and it begins to fall (Kinetic energy). 

Now, you hold your phone in your hand 6 feet above the ground and you are not moving it at all (More Potential energy). You then drop your phone and it begins to fall.. very very hard... (More Kinetic Energy).

The velocity of a car traveling in a straight line increases from 0 meters/second to 30 meters/second in 8 seconds. What is the average acceleration of the car?

Answers

Answer : a=3.75\ m/s^2

Explanation :

Initial velocity of the car, u = 0 m/s

Final velocity of the car, v = 30 m/s          

Time taken, t = 8 s

Average acceleration of the car is defined as the change in velocity divided by time.

a=(v-u)/(t)

a=(30\ m/s-0)/(8\ s)

a=3.75\ m/s^2

Hence, this is the required solution.                                              

Average acceleration is how much the car increases (on average) per second.  So, since it increases by 30 m/s in 8 s, then dividing 30 by 8 will give you an average acceleration of 3.75 m/s^2 (remember that acceleration is ever increasing, so the unit is s^2, not just s)

Hope this helps!

What is the unit of work? (select all that apply) *force

Kg*m/s^2

kg*m^2/s^2

joule

A lastname

none of the above

Answers

Joule is the unit of work .

What is meant by work ?

Activity that a person habitually engages in to earn a living is activity that persons looking for job engage in.

Activity in which one utilises strength or faculties to do or do anything. a particular duty, responsibility, function, or assignment that often forms a component or stage of a bigger action.

Thus, Joule is the SI unit of work (J). The work accomplished by a force of one newton creating a displacement of one metre is known as a joule.

To learn more about Joules, refer to the below link:

brainly.com/question/23501345

# SPJ2

Answer:

Joule is the answer

Please give me brainleast

Locate the complete verbal phrase and identify its type.A boy named Robert won the high jump contest.
Verbal Phrase:
Type:

Answers

won
adjective

Verb phrases are verbs that may function as a predicate, adjective, or adverb. 


(a) "That he said" is an adjective modifying "word". However, this contains the s ubject"he" and the verb "said". It is a clause and NOT a phrase. Phrases can only have either a verb or a noun.
(b) There's only one verb "was" but it does not come with a complement, object, modifier, or other verb. Hence, it's NOT a verb phrase. 
(c) "Shall be" consists of the modal shall and the be-verb be. This is a perfect example of a verb phrase that functions as a VERB PHRASE. 
(d) "Roared" and "charged" are two verbs referring to different subjects. They do not come with a complement, object, modifier, or another verb. Hence, they're NOT a verb phrase. "As the bull charged" is a clause and not a phrase.

The correct answer is:

Verbal Phrase: named Robert

Type: participial

Currently, Earth's tilt is closest to _____.A. 0°
B. 14.5°
C. 23.5°
D. none of these because, Earth's tilt changes dramatically with each orbit

Answers

The answer is C. 23.5°. It's because of this tilt that the Earth experiences seasons as it orbits around the Sun. Imagine the Sun is at the center of a spinning record.