Difference between perception and perspective

Answers

Answer 1

Answer: perspective is the evaluation or analysis of something, the way we think.
perception is a way of interpreting and understanding something.

Related Questions

Solar cells convert what type of energy into electrical energy? A. thermal B. electromagnetic C. chemical D. nuclear
Force and Distance are Required to calculate which of the following
What is the iv and the DV in a rocket
The SI base unit for measuring temperature is the degree Celsius.a. Trueb. False
An angular frequency wave ω0 has an average power P0. If your angular frequency increases by 20%, find the percentage by which its power increases.

When two or more elements chemically combine the result is?

Answers

Pretty sure this question is referring to a chemical compound.

Bjorn is holding a tennis ball outside a second floor window (3.5 meters from the ground) and billie jean is holding one outside a third floor window (6.25 meters from the ground) how much more GPE does billie jean's tennis ball have? (each tennis ball has a mass of 0.06 kg)

Answers

The answer is 1.01 x 10^(-11) N. I arrived to this answer through calculating the GPEs of both balls. Bjorn's ball has a GPE of 1.402 x 10^(-11) N. Billie Jean's ball has a GPE of 2.503 x 10^(-11) N. I subtracted the two and I found that Billie Jean's tennis ball has a GPE of 1.01 x 10^(-11) more than Bjorn's tennis ball.

A student has a source of radiation that emits one of a, ß or y radiation. She places thesource opposite a Geiger-Müller tube and detector and records the count rate. She then
places a sheet of paper between the source and the detector and records the count rate,
and then repeats this with a sheet of aluminium instead of paper. Describe how her
results will allow her to work out which type of radiation is emitted by the source.

Please help :)

Answers

Answer:

Beta radiation

Explanation:

Radiation differs in its ability to penetrate a material (or air) - alpha particle has the least penetrating power and thus is stopped by the paper. Both beta and gamma particles have higher penetrating power than alpha - they passed through. However, radiation was stopped by a sheet of aluminium, which indicates a beta particles, since gamma radiation particles (photons) can easily pass through aluminium and some solid lead block is required to stop it.

A 11.0 g rifle bullet is fired with a speed of 380 m/s into a ballistic pendulum with mass 10.0 kg, suspended from a cord 70.0 cm long.a) Compute the vertical height through which the pendulum rises.(cm)
b) Compute the initial kinetic energy of the bullet;(j)
c) Compute the kinetic energy of the bullet and pendulum immediately after the bullet becomes embedded in the pendulum.(j)

Answers

a. The vertical height through which the pendulum rises is equal to 0.9 cm.

b. The initial kinetic energy of the bullet is equal to 794.2 Joules.

c. The kinetic energy of the bullet and pendulum immediately after the bullet becomes embedded in the pendulum is equal to 0.883 Joules.

Given the following data:

Mass of bullet = 11.0 g

Speed = 380 m/s

Mass of pendulum = 10.0 kg

Length of cord = 70.0 cm

a. To determine the vertical height through which the pendulum rises:

First of all, we would find the final velocity by applying the law of conservation of momentum:

Momentum of bullet is equal to the sum of the momentum of bullet and pendulum.

$M_bV_b = (M_b + M_p)V$

Where:

$M_b$ is the mass of bullet.

$M_p$ is the mass of pendulum.

$V_b$ is the velocity of bullet.

V is the final velocity.

Substituting the given parameters into the formula, we have;

$0.011* 380 = (0.011+10)V\n\n4.18 = 10.011V\n\nV = (4.18)/(10.011)$

Final speed, V = 0.42 m/s

Now, we would find the height by using this formula:

$Height = (v^2)/(2g) \n\nHeight = (0.42^2)/(2* 9.8) \n\nHeight = (0.1764)/(19.6)$

Height = 0.009 meters.

In centimeters:

Height = $0.009 * 100 = 0.9 \;cm$

b. To compute the initial kinetic energy of the bullet:

$K.E_i = (1)/(2) M_bV_b^2\n\nK.E_i = (1)/(2) * 0.011 * 380^2\n\nK.E_i = 0.0055* 144400\n\nK.E_i = 794.2 \; J$

Initial kinetic energy = 794.2 Joules

c. To compute the kinetic energy of the bullet and pendulum immediately after the bullet becomes embedded in the pendulum:

$K.E = (1)/(2) (M_b + M_p)V^2\n\nK.E = (1)/(2) *(0.011 + 10) * 0.42^2\n\nK.E = (1)/(2) * 10.011 * 0.1764\n\nK.E = 5.0055 * 0.1764$

Kinetic energy = 0.883 Joules.

Answer:

a) h = 0.0088 m

b) Kb = 794.2J

c) Kt = 0.88J

Explanation:

By conservation of the linear momentum:

$m_b*V_b = (m_b+m_p)*Vt$

$Vt = (m_b*V_b)/(m_b+m_p)$

$Vt=0.42m/s$

By conservation of energy from the instant after the bullet is embedded until their maximum height:

$1/2*(m_b+m_p)*Vt^2-(m_b+m_p)*g*h=0$

$h =(Vt^2)/(2*g)$

h=0.0088m

The kinetic energy of the bullet is:

$K_b=1/2*m_b*V_b^2$

$K_b=794.2J$

The kinetic energy of the pendulum+bullet:

$K_t=1/2*(m_b+m_p)*Vt^2$

$K_t=0.88J$

FIRST ANSWER IS BRAINIEST TAKE YOUR TIME I NEED RIGHT ANSWERS FIRST ANSWER IS BRAINIEST ANSWER TAKE YOUR TIME NEED RIGHT ANSWER FIRST ANSWER IS BRAINIEST TAKE YOUR TIME I NEED RIGHT ANSWERS FIRST ANSWER IS BRAINIEST ANSWER TAKE YOUR TIME NEED RIGHT ANSWERDrag the item from the item bank to its corresponding match.

A.Commensalism
B.Consumer
C.Decomposer
D.Host
E.Mutualism
F.Parasite
G.Predator
H.Prey
I.Producer
J.Symbiosis

1.This is an organism which feeds on, but usually does not kill, a larger organism.

2.This is an animal that lives by preying on other animals.

3.This is an interdependent relationship between two different species.

4.is an organism that relies on other organisms for its food and energy supply; also
called a heterotroph.

5.This is an organism that breaks down and gains nutrients from dead organisms.

6.This is an organism that supplies matter and energy, also known as an autotroph.

7.This is the interaction of two organisms where one is helped and the other is neither helped nor harmed.

8.This is the interaction of two organisms where both benefit.

9.An organism that harbors a parasite, mutual partner, or commensal partner, typically providing nourishment and shelter.

10.An animal that is killed and eaten by another animal.

Answers

Answer:

1-F; 2-G; 3-J; 4-B; 5-C; 6-I; 7-A; 8-E; 9-D; 10-H.

Explanation:

1.This is an organism which feeds on, but usually does not kill, a larger organism. F. Parasite

2.This is an animal that lives by preying on other animals.G. Predator

3.This is an interdependent relationship between two different species.J. Symbiosis

4. is an organism that relies on other organisms for its food and energy supply; also called a heterotroph. B. Consumer

5.This is an organism that breaks down and gains nutrients from dead organisms. C. Decomposer

6.This is an organism that supplies matter and energy, also known as an autotroph. I. Producer

7.This is the interaction of two organisms where one is helped and the other is neither helped nor harmed. A. Commensalism

8.This is the interaction of two organisms where both benefit. E. Mutualism

9. An organism that harbors a parasite, mutual partner, or commensal partner, typically providing nourishment and shelter.D. Host

10.An animal that is killed and eaten by another animal. H. Prey

A = 7
B = 4
C = 5
D = 9
E = 8
F = 1
G = 2
H = 10
I = 6
J = 3

If the potential energy and the kinetic energy are not the same, where did the leftover energy go?

Answers

Energy cannot be created or destroyed it can only be transformed into a different kind of energy work or power.

If this is the case, then the energy likely left the system through external forces or heat dissipated into the environment.

Other Questions

LACECHMI, CEIECTLR, IRITONCF, AREOGLHMET, LCRNEAU, and, ROASL, are all types of energy that can be converted into themal energy?LACECHMI, CEIECTLR,IRITONCF,AREOGLHMET, LCRNEAU, and, ROASL, (can you please help me)

Please help, question is timed...

You go to another forest and measure the shadow of a tree as being 6 meters long. The shadow of your meterstick is 2 meters long. How tall is the tree?

if a 1000 kg car is sent toward a cement wall with a speed of 14m/s and car stops in .08 seconds. What's the average force exerted on the car/