Which would be an example of biopsychology? A.A psychiatrist prescribes medication for depression. B.A psychiatrist asks the patient how he deals with conflict. C.A psychiatrist has the patient do a journal about his experiences. D.A psychiatrist has the patient tell him about his childhood.
Answers
Answer:
Psychiatrist prescribes medication for depression.
Explanation:
took the question
Answer:
A psychiatrist prescribes medication for depression.
Related Questions
A solid rubber stopper has a mass of 33.0 grams and a volume of 30.0 cm3. What is the density of rubber?
Somebody plz answer these 5 only thanks!!!Will mark as brainliest:D
Inertia is ______ to mass. directly proportional inversely proportional equal to not related to
PLEASE HELP ME How is a conductor different from an insulator? Conductors have magnetic fields; insulators do not have magnetic fields. Conductors do not have magnetic fields; insulators do have magnetic fields. In a conductor, electric current can flow freely; in an insulator, it cannot flow freely. In a conductor, electric current cannot flow freely; in an insulator, it can flow freely.
Answers
Examples of the period, frequency, speed of a wave in a sentence?
Examples
•He indicated the space behind him with a wave of a hand.
•On land only the grass and trees wave, but the water itself is rippled by the wind.
•But wherever it may turn there always will be the wave anticipating its movement.
•Harbor was completely submerged by the great wave, which still came
Answers
Weight = mass × acceleration due to gravity
Weight = 189,000 kg × 9.81 m/s² ≈ 1,854,090 N
Next, let's calculate the net force acting on the monument using Newton's second law (F = m × a), where F is the force, m is the mass, and a is the acceleration:
Net Force = mass × acceleration
Net Force = 189,000 kg × 0.11 m/s² ≈ 20,790 N
The net force applied is 760,000 N, so the frictional force can be calculated by subtracting the net force from the applied force:
Frictional Force = Applied Force - Net Force
Frictional Force = 760,000 N - 20,790 N ≈ 739,210 N
The coefficient of friction (μ) can be calculated using the formula for frictional force (Frictional Force = μ × Normal Force). Since the normal force is equal to the weight of the monument:
μ = Frictional Force / Weight
μ = 739,210 N / 1,854,090 N ≈ 0.3987
So, the coefficient of friction is approximately 0.3987.
a. slowing down.
b. changing direction.
c. speeding up.
d. none of these choices.
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Answer:
changing direction
............
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Answer:
radio waves
microwaves
Answers
Answer:
25 m/s
Explanation:
This is a uniformly accelerated motion, so the velocity at time time is given by
where is the initial velocity and a is the acceleration.
In this problem, the initial velocity is zero: v0=0. The acceleration is the component of the gravitational acceleration projected along the direction of motion, so
Therefore, the velocity after t=10 s will be
Final answer:
Ignoring friction and air resistance, a skier moving down a 15-degree slope with an acceleration of 2.1 m/s² will be traveling at a speed of 21 m/s after 10 seconds.
Explanation:
This question is asking about the speed of a skier sliding down a 15-degree ski slope under the influence of acceleration due to gravity, ignoring friction and air resistance. Given the acceleration of the skier is 2.1 m/s², we can use the equation of motion to find the velocity after a certain time (10 seconds).
This equation is v = u + at, where u is the initial velocity (which is 0 m/s as the skier starts from rest), a is the acceleration (2.1 m/s²), and t is time in seconds (10 seconds). So, v = 0 + 2.1 * 10 = 21m/s.
Therefore, ignoring friction and air resistance, the skier will be moving at a speed of 21 m/s after 10 seconds down the 15-degree ski slope.
Learn more about Physics of Skiing here:
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water
salt
uranium
Answers
Nuclear power plants require large volumes of water to cool reactors and convert heat to electricity. Water is a good conductor of thermal energy and is conducive for cooling reactors because it can easily absorb energy without application of anything.
Answer:
Water
Explanation: