gabo’s constructed head no. 2 investigates the sense of ______ and form implied by flat planes, in contrast to the solid mass of conventional sculpture.

Answers

Answer 1

Answer: The correct answer for the question that is being presented above is this one: "Space." Gabo’s constructed head no. 2 investigates the sense of space and form implied by flat planes, in contrast to the solid mass of conventional sculpture.

Related Questions

two different types of rope with different properties are fused together to make one long rope. when a wave transfers from the first type of rope to the second type of rope, the wavelength becomes one-fourth of what it was before the transfer. what is true about the speed of the wave?(1 point) responses the speed of the wave becomes double its original speed after the transfer.
Which of the following is an example in which you are traveling at constant speed but not at constant velocity? A) rolling freely down a hill in a cart, traveling in a straight line B) driving backward at exactly 50 km/hr C) driving around in a circle at exactly 100 km/hr D) jumping up and down, with a period of exactly 60 hops per minute E) none of the above
A hollow steel ball of diameter 3.0 m barely floats in water. What is the thickness of the wall of the ball? The density of iron is 7.87 g/cm3 and that of water is 1000 kg/m3. A) 37 cm B) 6.6 cm C) 79 cm D) 131 cm
What is the approximate difference in elevation between Coolage Lake and the rectangular building in the top center portion of the map? A. 27 ft B. 5 ft C. 35 ft D. 25 ft
What is the function of a capacitor?

A hailstone traveling with a velocity of 43 meters/second comes to a virtual stop 0.28 seconds after hitting water. What is the magnitude of its acceleration in the water?A. 12 meters/second2
B. 1.5 × 102 meters/second2
C. 78.6 meters/second2
D. 6.5 × 10-3 meters/second2

Answers

Magnitude of acceleration = (change in speed) / (time for the change) .

Change in speed = (ending speed) - (starting speed)

= zero    - (43 m/s)

=    -43 m/s .

Magnitude of acceleration = (-43 m/sec) / (0.28 sec)

      = (-43 / 0.28) (m/sec) / sec

      =    153.57... m/s²

      = 1.5... x 10² m/s² .

Answer:

1.5*10^2 meters/seconds^2

Explanation:

I got 100% on my test

Are the objects described here in static equilibrium, dynamic equilibrium, or not in equilibrium at all? a. A girder is lifted at constant speed by a crane.
b. A girder is lowered by a crane. It is slowing down.
c. You're straining to hold a 200 lb barbell over your head.
d. A jet plane has reached its cruising speed and altitude.
e. A rock is falling into the Grand Canyon.
f. A box in the back of a truck doesn't slide as the truck stops.

Answers

Answer:

a) dynamic equilibrium; b) No equilibrium; c) Static equilibrium; d) Dynamic equilibrium; e) Not equilibrium; f) Dynamic equilibrium.

Explanation:

a) In this case, the girder is in dynamic equilibrium, although there is movement it is realized at constant speed therefore there is no acceleration and the sum of forces is equal to zero.

b) There is no equilibrium since the velocity is decreasing it slows the girder, therefore the sum of forces will be equal to the product of mass by acceleration according to newton's second law.

c) In this case, the arms of the person are exercising each 100 lb, in order to keep the barbell stable, this allows the static equilibrium.

d) There is movement but however the jet will move at constant speed without any kind of acceleration, therefore it has a condition of dynamic equilibrium.

e) There is no balance as the rock falls and the acceleration due to gravity causes its speed to increase as it goes down.

f) In this case there is dynamic equilibrium as there was a deceleration movement however this force value given by the deceleration multiplied by the mass is not large enough to be able to move the box, due to the weight of the box plus the friction force between the box and the surface.

Maria’s father started a fire in the fireplace. He crumpled some paper, lit a match, and soon the logs in the fireplace were burning. In this case, the stored chemical energy in the logs was changed intoA) electrical energy.

B) mechanical motion.

C) heat and light energy.

D) electrical and heat energy.

Answers

In this case the stored chemical energy in the logs was changed into heat and light energy. The correct option among all the options that are given in the question is the third option or option "C". The logs started burning and this burning released the light energy and the heat energy. I hope this answer helps you.

In a sound wave, the magnitude of the compression is ___ the magnitude of the rarefaction. greater than
less than
equal to

Answers

At first, I thought it depends on the waveform of the sound ... sine wave,
square wave, sawtooth wave, complex wave, etc. But the magnitude of
the compression must be equal to the magnitude of the rarefaction. It
it weren't, then air molecules would creep along the wave in the direction
of one or the other, and the wave would carry matter as well as energy ...
and we know that waves don't do that.

In a sound wave, the magnitude of the compression is ___ the magnitude of the rarefaction.

equal to

Light has properties of both a particle and a wave. true or false

Answers

true light has both the properties

Which of the following is an example of a measurement of velocity?a. 1 m
b. 1 m/s
c. 1 m/s²
d. 1 m/s north

Answers

velocity is magnitude and direction. its unit is meter per second

Other Questions

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suppose that a particle at rest with mass m decays into a photon and another particle with mass m/2 , which recoilds in a direction opposite to the photon. Using the conservation of energy and momentum find the momentum of the recoiling particle

Which is a chemical change

A student throws a rock horizontally from the edge of a cliff that is 20 m high. The rock has an initial speed of 10 m/s. If air resistance is negligible, the distance from the base of the cliff to where the rock hits the level ground below the cliff is most nearlya.5mb.10mc.20md.40me.200m