Which ordered pair could represent the x-intercept?a
0, 4
b
4, 4
c
4, 0
d
None of these
Answers
The ordered pair could represent the x-intercept (4, 0). Thus, option (C) is correct.
The x-intercept is the point where a graph intersects the x-axis.
At this point, the y-coordinate is zero (0).
Therefore, the ordered pair representing the x-intercept will have a y-coordinate of 0.
Also, the standard form to write the x intercept is (x, 0).
a) 0, 4
Not represent the x-intercept.
b) 4, 4
Not represent the x-intercept
c) 4, 0
Represent the x-intercept, because the y-coordinate is 0, which is what we expect for an x-intercept.
d) None of these
Thus, option (C) is correct.
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Answer:
Which ordered pair could represent the x-intercept?
a. (0, 4)
b. (4, 4)
c. (4, 0)✓
d. None of these
Step-by-step explanation:
Ordered pair which represent the x-intercept i.e., value of x axis is 'a' and y axis is 0 is c. (4,0).
Hence, (4,0) is the right answer.
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Final answer:
A prism with 24 edges will have 10 faces.
Explanation:
In a prism, each face is a flat surface. A prism has two parallel bases that are polygonal shapes, and the other faces are rectangular. The number of faces in a prism is determined by the shape of its bases. If the prism has a triangular base, it will have 3 rectangular faces on the sides, and the two triangular bases, making a total of 5 faces. If the prism has a rectangular or a square base, it will have 4 rectangular faces on the sides, and the two bases, making a total of 6 faces.
Since the prism in question has 24 edges, we can determine the shape of its bases by dividing the number of edges by the number of edges on each base. If the bases are polygons, we can find the number of edges by multiplying the number of vertices by the number of sides on each polygon. By trying different combinations, we find that a prism with 8-sided bases (octagon) will have 24 edges. Therefore, the prism has 2 octagonal bases and 8 rectangular faces, making a total of 10 faces.
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Rate: 12 laps in 4 minutes Time: 24 minutes
Answers
Answer:
72
Step-by-step explanation:
Antonio is working on programming a new video game called Millie's Quest. In the game, the main character, Millie, collects golden keys to help her in her quest. Antonio wants to write a formula to show that Millie can collect one less key than the highest number of bits that can be arranged in the system. What formula can he use?
Answers
Answer:
Formula = 2n-1
Step-by-step explanation:
Given : Antonio uses the power of 2n to find the number of ways bits can be arranged. The n often stands for the number of bits. Millie, collects golden keys to help her in her quest.
To write : A formula to show that Millie can collect one less key than the highest number of bits that can be arranged in the system.
Number of bits =n
Highest number of bits =2n
One less key than the highest number of bits = 2n-1
Therefore, the formula he use = 2n-1
Answers
Reading the other answer that somebody submitted, we realize that
geometry has no uses at all in real life.
Except if you're building a road, a bridge, a house, a concrete pad for a
barbecue grill, a support for your tomato plants, a TV antenna, or a border
for a garden. There are no other uses for it.
Except if you're trying to figure out how far that point on the other side
of the highway is from you, or how high your house is. Otherwise there
is no use for geometry.
Except if you need to know how many bicycle wheels you can fit into
the carton you have, or how much yellow string you need to make a
string fence around your circular garden, or how much carpet you need
to buy in order to put new carpet in your bedroom, or how much paint
you need to buy in order to paint the garage. Other than those rare
occasions, you'll never use geometry in real life.
Unless you go to school. School is a small part of your real life where they
try to pound enough into your head so that you won't be a total flop in the
rest of it. It isn't easy. One of the ways they try to do that is to give you
gym, where you build the arm and leg muscles that you'll need if you ever
try to walk around or work at a job outside of school. Another way they try
to do it is to give you things to think about, like English and Geometry,
where you build the brain muscles that you'll need if you ever need to
think your way out of a paper bag during the rest of your real life.
Say hi to your uncle Holden for me.
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44 odds on 100