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3.) Suzie is walking down the street in her high heel shoes. She is exerting a force of 10N down on each heel. Each heel has an area of 2mtriangle 2= square. How much pressure is Suzie exerting on each heel?
A.
Pressure (p)= Force (F)
Area (A)
Pressure (p)=10N
2m triangle2 2=square
Pressure (p) = 5 Pa
Suzie is exerting a total pressure of 5Pa on each heel.
B.
Pressure (p)= Area (A)
Force (F)
Pressure (p)= 10
2
Pressure (p) = 5
Suzie is exerting a total pressure of 5 on each heel.
C.
Pressure (p)= Area (A)
Force (F)
Pressure (p)= 2mtriangle2
10N
Pressure (p) = 0.2 Pa
Suzie is exerting 0.2 Pa of pressure on each heel.
What is the answer? a, b, or c
Pressure (p)= Force (F)
Area (A)
Pressure (p)=10N
2m triangle2 2=square
Pressure (p) = 5 Pa
Suzie is exerting a total pressure of 5Pa on each heel.
B.
Pressure (p)= Area (A)
Force (F)
Pressure (p)= 10
2
Pressure (p) = 5
Suzie is exerting a total pressure of 5 on each heel.
C.
Pressure (p)= Area (A)
Force (F)
Pressure (p)= 2mtriangle2
10N
Pressure (p) = 0.2 Pa
Suzie is exerting 0.2 Pa of pressure on each heel.
What is the answer? a, b, or c
Answers
Answered by
5
Heya mate,Here is ur answer
Option 4 is correct.
Acceleration is the rate of change of velocity.
This can be written as:
Where v=Final velocity
u=initial velocity
t=time
and a=acceleration
Warm regards
@Laughterqueen
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Be Brainly✌✌✌
Option 4 is correct.
Acceleration is the rate of change of velocity.
This can be written as:
Where v=Final velocity
u=initial velocity
t=time
and a=acceleration
Warm regards
@Laughterqueen
◦•●◉✿[Tʜᴀɴᴋ ʏᴏᴜ]✿◉●•◦
●▬▬▬▬▬ஜ۩۞۩ஜ▬▬▬▬▬▬●
Be Brainly✌✌✌
is your answer for jacob?
good answer
yes this is my answer
thanks
Thanks @Pari ☺☺
Ur welcome@Jacob
Answered by
0
hey mate here's ur answer,
4th option is the most suitable answer.
Acceleration is defined as the rate of change of velocity with respect to time.
i.e. a = (v-u)/t
where a = acceleration of the body
v = final velocity
u = initial velocity
t = time taken
4th option is the most suitable answer.
Acceleration is defined as the rate of change of velocity with respect to time.
i.e. a = (v-u)/t
where a = acceleration of the body
v = final velocity
u = initial velocity
t = time taken
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