Where is a bibliography or works-cited list placed within a paper or report?in the introductory material
at the bottom of each page
at the end
in the appendix

Answers

Answer 1
Answer:

Answer:

at the end of the page

Explanation:

leave a rating for my dying soul please. :)

Answer 2
Answer:

Answer:

at the end

Explanation:


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A ball rolls down an incline with an acceleration of 10 cm/s^2. If it starts with an initial velocity of 0 cm/s and has a velocy of 50 cm/s when it reaches the bottom of the ramp, how long is the ramp?

Answers

Given a = 10 cm/s²
          u = 0 cm/s
          v = 50 cm/s
we know that 
         v²=u²+2aS
        2500=2×10×S
        2500÷20 = S
        S= 125 cm
The ramp is 125 cm

Final answer:

The time for the ball to reach the bottom of the ramp is 5 seconds. Using this time value, the acceleration, and the initial velocity, you can calculate the length of the ramp, which is found to be 125 cm.

Explanation:

The question involves the physics principles of kinematics, specifically the concept of acceleration. Given that the initial velocity is 0 cm/s, the final velocity is 50 cm/s, and the acceleration is 10 cm/s^2, you can find the time it took for the ball to reach the bottom using the formula vf=vi+at (Final velocity = initial velocity + acceleration * time). Substituting the given values, you get the equation 50cm/s = 0cm/s + 10cm/s^2 * time, simplifying which gives time = 5 seconds.

To find the length of the ramp, you can use another kinematic equation, d = vit + 0.5at^2 (Distance = initial velocity * time + 0.5 * acceleration * time^2). Substituting the values we know, (initial velocity = 0, acceleration = 10 cm/s^2, time = 5 s), the equation simplifies to d = 0*5 + 0.5*10*5^2 = 0 + 0.5*10*25 = 125 cm. Therefore, the length of the incline or ramp is 125 cm.

Learn more about Kinematics here:

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The inner solar system contains theA)Jovian planets
B)terrestrial planets and asteroids
C)dwarf planets like Pluto

Answers

jovian planets and  dwarf planets like pluto are in the outer part of our solar system. so, terrestrial planets ,which means earth like planets, live in the inner part of our solar system. or B. is the answer

An object placed in water will float if the weight of the object is MORE THAN the buoyant force of the water.True
False

Answers

False


If the object weighs more than the buoyant force then the object will sink.

This is because the buoyant force "pushes" the object upwards and the weight of the object "pushes" the object downwards.  Since the force downwards is greater than the force upwards the item will sink, so this statement is False.

~~~Brainliest would be appreciated~~~

I think the answer is true

A radio station transmits waves at a frequency of 120MHz an a speed of 300 million m/s. Calculate the wavelength.

Answers

wavelength = (speed)/(frequency) = 300,000,000/120,000,000 = 2.5 meters

How are airplanes artificially pressurized?

Answers

They are built to be airtight so thsy sir can't get in or out, and then, as they climb up to where the air is thin, they use an air pump to pimp air into the inside.

Just like a party balloon.

If you mix 40.0 ml of a 0.200 m solution of k2cro4 with an aqueous solution of agno3, what mass of solid forms? (hint: most chromates are insoluble.)

Answers

 The mass  of solid formed  is 2.654  g

     

       calculation

step 1: write the balanced molecular  equation

=2AgNO3(aq)  + k2CrO4(aq)→ Ag2CrO4(s) + 2 KNO3(aq)


step 2:  calculate the moles of  K2CrO4

moles =  molarity  x volume in  liters

 molarity  = 0.200 M =  0.200   mol/L

volume  = 40 .0 ml  in  liters  = 40/1000 = 0.04 liters

moles is = 0.200 mol/l  x0.04 L =0.008  moles

Step 3:  use the  mole  ratio  to determine the   moles of solid formed( Ag2CrO4)

K2CrO4 :Ag2CrO4  is   1:1  therefore  the  moles of Ag2CrO4  is  also  

0.008 moles

step 4:  calculate the mass  of Ag2CrO4

mass  = moles  x   molar  mass

  from periodic table  the   molar mass   of Ag2Cro4  

=(107.87 x2) + 52 +(16  x4)  =331.74  g/mol

mass = 0.008 moles   x 331.74 = 2.654  g