The solutions of (93 × p) + 84 = 8593 times p plus 84 equals 85 yields p = 84/8500 or 1/8593.
We can write the equation as follows;
(93 × p) + 84 = (8593 × p) + 84 = 85
We can solve the equation in parts as follows;
(93 × p) + 84 = (8593 × p) + 84
93p + 84 = 8593p
93p - 8593p = -84
-8500p = -84
p = 84/8500
Also;
(8593 × p) + 84 = 85
8593p + 84 = 85
p = 85 - 84/8593
p = 1/8593
Hence p = 84/8500 or 1/8593
Learn more: brainly.com/question/2510654
Answer:
The probability of choosing two books at random and having them both be fiction is 64%.
There are different aspects to a story. The factors that makes this story interesting is that;
- The writing style is exciting, and the author uses precise words.
- The passage includes sensory details, such as what the narrator saw and heard.
- The passage makes it easy to decide how the narrator felt during the event.
- The event is told in a reasonable sequence.
There are different factors that can makes a story to be very interesting. Note that a good story is centered around something that the audience do decides if it is interesting or vital.
A great story is known to comprise of the use of storytelling to make important news more interesting and it is known to be more than just to inform but to also adds value to the related topic.
See full question below.
What makes this story interesting? Check all of the
boxes that apply.
The writing style is exciting, and the author uses precise words.
I was hiking on a crisp, clear autumn morning when a snake came slithering toward me. "It's probably just a garter Snake," I thought. As the snake slithered nearer, I spotted a rattle
b at the tip of its tail. I jumped back with a gasp.
The Snake was poisonous!
The passage includes sensory details, such as what the narrator saw and heard. The passage makes it easy to decide how the narrator felt during the event.
The event is told in a reasonable sequence.
Learn more about stories from
brainly.com/question/11728058
Answer:
3.5 K
Explanation:
When a sample of a substance releases heat energy, its temperature decreases according to the equation:
where
Q is the heat energy released
m is the mass of the substance
C is the specific heat capacity
is the initial temperature
is the final temperature
For the block of brass in this problem, we have:
m = 0.1 kg is the mass
Q = -56.4 J is the heat energy released (negative since it is released)
C = 380 J/kg K is the specific heat capacity of brass
is the initial temperature
Solving for , we find the final temperature:
