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timama [110]
2 years ago
4

Ronald likes to use his erector set more than anything else. When someone recently asked him what he wants to be in his adult li

fe, he shrugged and replied, "Oh, I guess I'll be an accountant like my father and my older brother." According to James Marcia, Ronald is expressing identity A. moratorium. B. diffusion. C. foreclosure. D. achievement.
Physics
2 answers:
Nutka1998 [239]2 years ago
6 0
<span>Ronald likes to use his erector set more than anything else. When someone recently asked him what he wants to be in his adult life, he shrugged and replied, "Oh, I guess I'll be an accountant like my father and my older brother." According to James Marcia, Ronald is expressing identity foreclosure.</span>
ira [324]2 years ago
3 0
<span> According to James Marcia, Ronald is expressing identity A. moratorium. B. diffusion. C. foreclosure. D. achievement.
He is expressing "Identity Foreclosure".</span>
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To exercise, a man attaches a 4.0 kg weight to the heel of his foot. When his leg is stretched out before him, what is the torqu
Masja [62]

Answer:

B. τ = 16 Nm

Explanation:

In order to find the torque exerted by the weight attached to the heel of man's foot, when his leg is stretched out. We use following formula:

τ = Fd

here,

τ = Torque = ?

F = Force exerted by the weight = Weight = mg

F = mg = (4 kg)(10 m/s²) = 40 N

d = distance from knee to weight = 40 cm = 0.4 m

Therefore,

τ = (40 N)(0.4 m)

<u>B. τ = 16 Nm</u>

8 0
2 years ago
The magnetic field at the earth's surface can vary in response to solar activity. During one intense solar storm, the vertical c
Flauer [41]

Answer:

EMF = 33880 Volts

Explanation:

As per Faraday's law of Electromagnetic induction we know that

Rate of change in magnetic flux will induce EMF in the closed conducting loop

so we have

\phi = B.A

now we have

A = (110 \times 10^3)(110 \times 10^3)

A = 1.21 \times 10^{10}

now we have

\phi = B(1.21 \times 10^{10})

now the induced EMF through this loop is given as

EMF = (\frac{dB}{dt})(1.21 \times 10^{10})

EMF = (2.8 \times 10^{-6})(1.21 \times 10^{10})

EMF = 33880 Volts

5 0
2 years ago
To determine the y-component of a projectile’s velocity, what operation is performed on the angle of the launch?
koban [17]

<em>To determine the y component of velocity of a projectile </em><u><em>sine </em></u><em>operation is performed on the angle of launch.</em>

<u>Answer:</u> <em>sine</em>

<u>Explanation:</u>

Thus a_x=0,a_y=g

The initial velocity u can be resolved along two directions.

Along the X direction initial velocity = u cos θ

Along y direction initial velocity= u sin θ

From the equation of motion v= u+at

Thus velocity along x direction v_x=u cos θ

Velocity along y direction v_y= u sinθ -gt

Sign of g is negative.

3 0
2 years ago
Read 2 more answers
Resistance of rod is 1 ohm. It is bent in the form of square. The resistance across adjoint corners is.​
nirvana33 [79]

Answer: The answer to the question is 0.25 ohms

Explanation:

R = u x/A .......1

where u is chosen as the resistivity of

the rod, A is area of the rod and x is

chosen as the length of the rod.

Let R* be the resistance of the

lengths of the rod across the adjoints

Then R* = u1/4.......2

Comparing equation 1 and 2

R* = 1/4

=0.25ohms

3 0
2 years ago
Ball 1 travels with a momentum of 48.0 kg-m/s east and strikes Ball 2, which is initially at rest.. Ball 1 separates at an angle
vladimir1956 [14]

Answer:

Momentum of 2nd ball is

P = 31.6 kg m/s

direction is given as

\theta = -37.66 degree

Explanation:

As we know that there is no external force on the system of balls so momentum before and after collision will be conserved

So we have

P_i = 48 \hat i + 0

now after collision momentum of two balls is must be same as initial

so we have

P_i = P_f

48\hat i = (30 cos40 \hat i + 30 sin40\hat j) + (P_{2x}\hat i + P_{2y}\hat j)

so we have

48 = 23 + P_{2x}

P_{2x} = 25 kg m/s

for other component we have

0 = 19.3 + P_{2y}

P_{2y} = -19.3 kg m/s

Momentum of 2nd ball is given as

P = \sqrt{P_2x}^2 + P_{2y}^2}

P = 31.6 kg m/s

direction is given as

tan\theta = \frac{P_{2y}}{P_{2x}}

tan\theta = \frac{-19.3}{25}

\theta = -37.66 degree

5 0
2 years ago
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