Assuming 
is differentiable over the interval (1, 5), by the mean value theorem we know that there is some 
such that
We're given that 
for all 
, so
that is, the minimum possible value is 8, and the maximum possible value is 12.
The steps to writing complex fractions in Word are elaborated below.
Microsoft Word, a word-processor computer program propelled in 1983 by the Microsoft Corporation. Software engineers Richard Brodie and Charles Simonyi joined the Microsoft group in 1981, and in 1983 they discharged Multi-Tool Word for computers that ran an adaptation of the UNIX working framework. Afterward that year, the program was revamped to run on personal computers, such as the IBM PC, beneath Microsoft’s version.The steps to writing complex fractions are, the first step is to switch to a fraction character, then click insert then click to symbols then go to symbols, in the subset drop-down list, then click number forms and select a fraction, the clicked insert then close.
To know more about complex fractions refer to the link brainly.com/question/14693420?referrer=searchResults.
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8 × 20= 160; 8 × 4= 32; 160 + 32= 192; 8 × t= 192; 192 ÷ 8= 24; t=24
The answer is t = 24
Hope this helps :)
It's very simple: It's the surface of a base times the height
The x-intercept is (-4,0)
