How to eat butter . I want to know how you all eat the butter.

Answers

Answer 1

Answer:

Answer:

What is butter

Explanation:

Answer 2

Answer: Many people never even taste butter, instead use oleo or margerine...fake stuff. Real butter is the best topping for popcorn! And crab legs are good dipped in it, as well as hot corn on the cobb. This is how I eat butter.

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Two students are working together on an experiment that measures the effect of different liquid fertilizers on the thickness of plants’ stems. Which is most likely to result in the greatest amount of error in their scientific experiment?
T or f Halogens are the basis of all fossil fuels.
Define density and give its SI unit
A corvette can accelerate during high speeds at about 2.0 m/s2. At this rate how long does it take the car to accelerate from 80 km/h to 160 km/h? Answer in seconds. Round to two decimal places.

A skier has an acceleration of −2.5 m/s2. How long does it take her to come to a complete stop from a speed of 18 m/s?

Answers

the answer to your question is 7.2

Answer:

7.2 seconds

Explanation:

The formula is a = v/t, or acceleration = the change in velocity over the change in time.

In this case, you do simple algebra to rearrange the formula to solve for time: t = v/a, time = velocity/acceleration.

time = 18 m/s / 2.5 m/s^2 = 7.2s

The quantum mechanical model of the atom ____. a. defines the exact path of an electron around the nucleus b. was proposed by Niels Bohr c. involves finding an electron somewhere in a specific orbital d. has many analogies in the visible world

Answers

Answer:

Quantum mechanical model = involves finding an electron somewhere in a specific orbital.

Explanation:

The quantum mechanical model of an atom involves finding an electron somewhere in a specific orbital. This method is completely based on mathematical calculations. It defines the probability of finding an electron rather than its reality.

These are designated by some letters like s, p, d, f...... and the corresponding energy levels are 1st, 2nd, 3rd and so on.....

So, the correct option is (c) "involves finding an electron somewhere in a specific orbital".

c. involves finding an electron somewhere in a specific orbital

two pendulums of lengths 100cm and 110.25cm start oscillating in phase. after how many oscillations will they again be in same phase?

Answers

Angular frequency of pendulum is given by

$\omega = \sqrt{(g)/(l)}$

for both pendulum we have

$\omega_1 = \sqrt{(9.81)/(1.00)}$

$\omega_1 = 3.13 rad/s$

For other pendulum

$\omega_2 = \sqrt{(9.81)/(1.1025)}$

$\omega_2 = 2.98 rad/s$

now we have relate angular frequency given as

[tex\omega_1 - \omega_2 = 3.13 - 2.98 = 0.15 rad/s[/tex]

now time taken to become in phase again is given as

$t = (2\pi)/(\omega_1 - \omega_2)$

$t = (2\pi)/(0.15) = 41.88 s$

now number of oscillations complete in above time

$N = (t)/((2\pi)/(\omega_1))$

$N = (41.88)/((2\pi)/(3.13))$

$N = 21 oscillation$

The theoretical line perpindicular to the surface where a light ray hits a mirror is called the

Answers

That's called the "normal" to the surface at that point.

A 76.5 kg cross-country skier skiing on unwaxed skis along dry snow at a constant speed of 4.00 m/s experiences a force of friction of -60.0 N. What is the coefficient of friction between unwaxed skis and dry snow?a. 0.08
b. 0.78
c. 1.28
d. 12.5

Answers

The force of friction = (weight) x (coefficient of friction)

Skier's weight = (mass) x (gravity) = (76.5) x (9.8) = 749.7 N

Force of friction = (749.7) x (coefficient of friction) = 60.0 N

Coefficient of friction = 60 / 749.7 = 0.08 (rounded)

Choice-'A' is the closest choice offered.

Calculate the displacement for an object traveling at a constant velocity of 32 m/s for 4 s.

Answers

Answer:

128 m

Explanation:

displacement = velocity x time

32 x 4 = 128

Answer:

Displacement= velocity X time

= 32 X 4

=128m/s

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Help fast please!!!!!A new solar system with two planets of equal mass - Planet X and Planet Y - is discovered. Planet X is closest to the sun. What is the sun's gravitational pull on Planet Y as compared with Planet X?A.Because Planet Y is farther from the sun, the sun's gravitational pull on Planet Y is less than the sun's gravitational pull on Planet X.B.The sun's gravity repels Planet Y with more force than it repels Planet X, which is why Planet Y is farther away.C.Because Planet Y is farther from the sun, the sun's gravitational pull on Planet Y is more than the sun's gravitational pull on Planet X.D.The sun's gravitational pull on Planet Y is equal to its gravitational pull on Planet X because distance does not affect the sun's gravity.

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