Up to 80% of doctors endorse this project "uses which rhetorical device"
Answers
Here are the choices.
A. Euphemism
B. Weasel Words
C. Proof Surrogate
D. Innuendo
E. Hyperbole
Answer;
Proof Surrogate.
Explanation;
A claim masquerading as proof or evidence, when no such proof or evidence is actually being offered.
Proof Surrogate is an expression used to suggest that there is evidence for a claim without actually citing any evidence. For example;
-“Scientists have known that aliens exist for years now.”
-“Everyone knows that bottled water is better for you than tap water.”
Related Questions
If you can throw a ball at 20m/s what is the maximum distance you can throw it?
In Alamogordo, New Mexico, falling rocks are a hazard along US Highway 82. If a rock falls from a cliff with 157 N of force,what was the mass of the rock?
What is the difference between mechanical waves and electromagnetic waves?
If two runners take the same amount of time to run a mile, they have the same __________.A.accelerationB.forceC.massD.velocity
Answers
Answer:
Explanation:
The equation of force is
F = 4 sin 4 t
Compare with the standard equation
f = A sin wt
where, w is the angular frequency and A is the amplitude.
Now
w = 4 rad/s
Let the time period is T.
the relation for the time period is
the time period is defined as the time taken by the body to complete one oscillation.
So, the velocity is zero at the extreme points where the object is at time, T/4 and its odd T/2, 3T/4, 3T/2, etc.
So, the velocity is zero at time
Final answer:
To determine the position of the mass and the times when the velocity is zero in a mass-spring system.
Explanation:
To determine the position of the mass at any time, we need to solve the equation of motion for the mass-spring system. The equation is:
mx'' + kx = Fext
where m is the mass, x is the displacement of the mass from its equilibrium position, k is the spring constant, and Fext is the external force. We can solve this differential equation to find the position of the mass as a function of time.
To determine the first four times at which the velocity of the mass is zero, we need to solve for the velocity of the mass, which is given by:
v = x'
We can find the times at which the velocity is zero by finding the values of t for which x' = 0.
Learn more about Mass-spring system here:
#SPJ12
A. igneous rock
B. volcanic rock
C. sedimentary rock
D. metamorphic rock
Answers
Answer:
C
Explanation:
- Sedimentary rock is produced when sediments are compressed and bound together by cement.
- Sedimentary rock is described as sand on a beach that slowly changes into sandstone over time.
Answers
Answer:
beam balance
Explanation:
A beam balance compares the sample mass with a standard reference mass
It is greatest at 25% of the period length.
B.
It is greatest at the point where the arm meets the pivot point.
C.
It is greatest when the bob is at its maximum amplitude.
D.
It is greatest when the bob is in the rest position.
Answers
29 million people in the U.S.
Horsepower= 746 W
The above is the info you will need. This is what I have done so far, but it can NOT be right:
98.3*10^15Btu/year(1 year/365 days) = 0.269315*10^15 Btu/day (0.269315*10^15Btu/day)/291 million = (0.2693*10^15 Btu/day)/291*10^6 ~0.00092548109*10^5 Btu/day = 925,481.09Btu/day
925,481.09Btu/day*(1day/24hour) = 38561.71 Btu/hour ~ 38561.7Btu/hour
1horsepower = 746 W
1 W = 3.412Btu/hr38561.7Btu/hr*(1 W/3.412 Btu/hr) ~ 11301.3 W*(1 hp/746 W) = 15.149 hp
Answers
The more I have worked on this, the stranger it has become.
First ... I didn't know what 'QBTU' means. But I see that you called it
' 10¹⁵ ' so I guess it's 'quadrillion'.
Next ... your given data says 29 million people in the US, and that's
ridiculous. Right now it's about 319 million. It was 290 million in 2002,
and I see that you used 291 million, so that looks like it was a typo.
No problem.
Now . . . I did it 3 or 4 times using that 3.412 BTU/hr = 1 watt . I did get
the significant figures of 152, but I kept getting either 152 HP or 0.152 HP.
At this point, I traced through your solution ... thank you very much for
posting it ... and I'm going to take your colossal load of points for saying
that I I did go through every step in detail, I agree 100% with everything
I see there, and I endorse every move you made.
So up to now, we both agree that we cannot see where 1.5 HP/person
comes from.
I looked back to the conversion factors, and I saw something that could
make the arithmetic less complex: 1 BTU = 1,055 Joules
Look what I can do with that:
(98.3 x 10¹⁵ BTU/yr) x (1,055 joule/BTU) x
(yr/365 day) x (day/86,400sec) x
(HP/746 joule-sec) = 4.4082 x 10⁹ HP
then . . .
(4.4082 x 10⁹ HP) / (29.1 x 10⁷ people) = 15.15 HP/person
I'd say that your work, using the given data, has been vindicated by
an outside, independent consultant. It may not be a true statistic, but
your math is bullet-proof, and the data have been properly implemented.