Answer:
= 4.44948
or =
<em>step by step...solving </em>
<em>10 + 4</em><em />
<em>add/subtract </em><em>² = 6</em>
<em>=10 + 4</em><em> + </em><em>² - 6</em>
<em>Refine</em>
<em>= </em><em> ² + 4</em><em> + 4</em>
<em>rewrite </em><em>↑</em><em> as </em><em>² + 2</em><em> * 2 + 2²</em>
<em>apply Perfect Square Formula (a + b)² = a² + 2ab +²</em>
<em>a = </em><em>, b=2</em>
<em>= (</em><em> + 2)²</em>
<em>= </em><em>2square </em>
<em>(the 2 square would not fit like i wanted it to)</em>
<em>apply radical rule </em><em>, assuming a ≥ 0</em>
<em>= </em><em />
posting others as picture (have an account with Symbolab to help me as well. Just taking too long to type in the step by step if you need it. all pictures have the decimal result.
Answer: 2700 because the 5 in the tens place makes you round up
Step-by-step explanation:
F type connector
- The F-connector is a coaxial RF connector commonly used for "wireless" terrestrial television, cable television, and common for satellite television and cable modems, usually with RG-6/U cable or with RG -59 / U.
- F connector is also known as threaded connector. There are two main types: 7mm (6.8mm) is the most common and used in coaxial cable, and 5mm connector is used in thin coaxial cable commonly used in satellite system.
- The F-connector is an accessory that connects a coaxial cable to an electronic device or wall outlet.
- Type F connectors are highly mechanical and electrically stable coaxial screw connectors for cable television (CATV), set-top boxes, cable modems and satellite television applications up to 4 GHz
Learn more about wire here
brainly.com/question/15246898
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Answer:
Step-by-step explanation:
Given is a function
This function is a parabola with vertex at (2,0) and axis of symmetry is x=2
Hence for x<2 the curve would be reflection of x>2
To get inverse we must get one to one funciton only.
So restrict the domain of f(x) to
Then we have f(x) as one to one with domain x≥2 and range is R+
For this inverse domain is R+ and range is
Answer:
The amount of flour Mrs.Stewart needs for 5 cups of shortening cups.
Step-by-step explanation:
Mrs.Stewart pie dough needs cups of shortening for cups of flour.
Now we assume that the shortening needed for cups of flour is cups.
Accordingly we can arrange the ratios.
So for one cup of shortening how many cups of flour is needed we have to use the unitary method:
Plugging the value of as it is number of cups of shortening Mrs.Stewart have used.
And multiplying both sides with .
Number of cups of flour needed when cups of shortenings are used .
So,
The amount of floor Mrs.Stewart needed for cups of shortening cups of floor.