how to control stage fear or get rid of it ( please help me or share ur experience that how u got rid of it )

Answers

Answer 1

Answer: I have that problem, the only thing that helps me is to look at someone I know, like my parents or my sister or grandma etc. and don't think about what other people might think about you.
So good luck.

I hope this helps you.

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In which of these materials does sound travel most slowly air,steel,glass,water
HELP PLEASE Example: Convert 25°C to °F.Formula: °F = (9/5) (°C) + 32  °C is given so I am solving for °F.°F = (9/5) (25) + 32=(1.8*25)+ 32=45+32=77Answer= 77°F is equal to 25°CA. Convert 35°C to °F B. Convert 80°F to °CC. Convert 15°C to °FD. Convert 25°F to °C
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The net force of an object moving with constant speed in a circular motion is in which direction
A particle is moving in a circular path of radius r . The displacement after half a circle would be

When an object moves, stops moving, changes speed, or changes direction, how do scientists describe that condition?

Answers

Drop "moves" from the list for a moment.

You can also drop "stops moving", because that's included in "changes speed"
(from something to zero).

When an object changes speed or changes direction, that's called "acceleration".

I dropped the first one from the list, because an object can be moving,
and as long as it's speed is constant and it's moving in a straight line,
there's no acceleration.

I think you meant to say "starts moving". That's a change of speed (from zero
to something), so it's also acceleration.

the difference between speed and velocity is that A) speed is a vector and requires a direction. B) speed is a vector and requires a magnitude. C) velocity is a vector and requires a direction. Eliminate D) velocity is a vector and requires a magnitude.

Answers

The correct answer is C. Velocity is a vector and requires a direction.

Explanation:

In physics both speed and velocity are used to study the motion of a body; however, they are slightly different. In the case of speed, this describes the rate of change in position based on distance and time, because of this, speed is based on a magnitude or quantity. On the other hand, velocity is a vector because it does not only includes a change of position but the direction of motion usually based on a specific location reference.

Considering this, it can be concluded the difference between speed and velocity is that "velocity is a vector and requires a direction" because velocity includes both the distance and time (speed) along with the direction while speed focuses only on time and distance.

The difference between speed and velocity is that C) velocity is a vector and requires a direction

Further explanation

Vector is a quantity that has a value and direction

Vector can be symbolized in the form of directed line segments

$\large {\boxed {\bold {\overrightarrow{A}}}$

while the length of the vector is denoted by | a |

Vectors can be written in the form of sequential pairs which shows their coordinates in the Cartesian plane: a (a₁, a₂)

with length

$\large {\boxed {\bold {|a|=√(a_1^2+a_2^2) }}$

If the direction of the vector is reversed, we get the vector -a which has the same length but in the opposite direction

Operations on vectors include addition and subtraction. Addition of vector a and vector b can be done in a triangular way where the base point of vector b coincides with the endpoint of vector a

The sum of the two is obtained by pulling the line segment from the base point of the vector a to the endpoint of the vector b which results in a new vector c

So a + b = c

If vector a is added by inverse b (-b) then the sum becomes a + (- b) = a-b

If a vector is multiplied by a scalar number (eg denoted by k) then the new vector becomes k | a |.

If k> 0, the new vector is in the direction of vector a, but if k <0 it will be in the opposite direction

A vector has a direction and a magnitude, while a scalar has only a magnitude.

Examples of scalars are: length, mass, time, speed

Examples of vectors are: force, acceleration, velocity

Learn more

the average velocity

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resultant velocity

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the coin velocity

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Keywords: vector, speed, velocity

Calculate the average speed (in m/s) of a cheetah that runs 140 meters in 5 seconds

Answers

should be 28 meters per second.
140m ÷ 5s

Final answer:

The average speed of a cheetah that runs 140 meters in 5 seconds is calculated by dividing the distance by time, which equals 28 m/s.

Explanation:

To calculate the average speed of a cheetah running a distance of 140 meters in 5 seconds, we use the formula for average speed which is:

Average Speed = Distance / Time

Substituting the given values of distance and time in this equation, we get:

Average Speed = 140 meters / 5 seconds

Solving this, we obtain the average speed of the cheetah as 28 m/s.

The average speed is a scalar, meaning we do not include direction in the answer. For comparison purposes, the speed of a typical automobile might be around 15 m/s.

Learn more about Average Speed here:

brainly.com/question/12322912

#SPJ3

Which planet has the GREATEST attraction to the sun?

Answers

I think its Mercury because it's the closest to the sun.

Answer:

mercury

Explanation:

All of the outer planets have what? (Moons and rings system, just rings systems, just moons, or humans)

Answers

They all have rings and moons

In this section of a circuit, a current of 5.0 A flows across R1. Find the potential difference between point a and point b. Let R1 = 3.0 ohm, R2 = 8.0 ohm, and R3 = 10.0 ohm.

Answers

B) 37 V

The potential difference between point a and point b is equal to 37 V

Explanation:

The potential difference across a and b can be calculated by finding the equivalent resistance of the resistors R1, R2 and R3 and then by applying Ohm's law.

Given:

R1 = 3.0 Ω

R2 = 8.0 Ω

R3 = 10.0

Current = I = 5 A

To calculate equivalent resistance of the circuit:

R2 and R3 are connected in parallel configuration. The equivalent resistance of R2 and R3 can be calculated as

$(1)/(R_p) =(1)/(R_2) + (1)/(R_3) \n\n(1)/(R_p)=(1)/(8) + (1)/(10)= (5+4)/(40) = (9)/(40) \n\n (1)/(R_p)=(9)/(40) \n\nR_p=(40)/(9)\ ohms$

Resistance R1 is in series with Rp. The equivalent series resistance is calculated as

$R_s = R1+R_p = 3+(40)/(9)= (27+40)/(9) = (67)/(9) = 7.44\ ohms$

Thus the given 3 resistor circuit can be written as an equivalent resistance Rs equal to 7.44 Ω through which current I passes.

By Ohm's law;

If V is the potential difference between a and b

Potential difference across points a and b = Current flowing through the circuit × Resistance between points a and b

$V = I* R_s = 5* 7.44 = 37.2\ V$

37.2 V ≈ 37 V

Therefore, the potential difference between point a and point b is equal to 37 V

Answer:

Explanation:

37V

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