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Can you please verify if I solved correctly?
Announcing the arrival of Valued Associate #679: Cesar Manara
Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)how do I find the average velocity and instantaneous velocity?Average VelocityAverage velocity of a ball thrown up in the air.Pre-calculus - Deriving position from accelerationHow would i find this position function?Rate of Change Questions?what is the difference between an object's velocity at time t and an object's speed at time t?Can you deduce the power rule of differentiation just by logic?Finding the average height and average velocity of a ball dropped from height of $400$ ftIs this a correct example and application for differentiation calculus?
$begingroup$
The height of the object that was dropped is given by $S(t)=-16t^2+50$
What is the average velocity of this object between t=1 and t=1.5?
Average speed given by (f(b)-f(a))/b-a
which gives me following:
(f(1.5)-f(1))/0.5 which equals -40?
calculus limits derivatives
edited Apr 1 at 5:59
gt6989b
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
$endgroup$
add a comment |
$begingroup$
The height of the object that was dropped is given by $S(t)=-16t^2+50$
What is the average velocity of this object between t=1 and t=1.5?
Average speed given by (f(b)-f(a))/b-a
which gives me following:
(f(1.5)-f(1))/0.5 which equals -40?
calculus limits derivatives
edited Apr 1 at 5:59
gt6989b
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
$endgroup$
$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47
add a comment |
$begingroup$
The height of the object that was dropped is given by $S(t)=-16t^2+50$
What is the average velocity of this object between t=1 and t=1.5?
Average speed given by (f(b)-f(a))/b-a
which gives me following:
(f(1.5)-f(1))/0.5 which equals -40?
calculus limits derivatives
edited Apr 1 at 5:59
gt6989b
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
$endgroup$
The height of the object that was dropped is given by $S(t)=-16t^2+50$
What is the average velocity of this object between t=1 and t=1.5?
Average speed given by (f(b)-f(a))/b-a
which gives me following:
(f(1.5)-f(1))/0.5 which equals -40?
calculus limits derivatives
calculus limits derivatives
edited Apr 1 at 5:59
gt6989b
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
edited Apr 1 at 5:59
gt6989b
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
edited Apr 1 at 5:59
gt6989b
36k22557
edited Apr 1 at 5:59
gt6989b
36k22557
edited Apr 1 at 5:59
gt6989b
36k22557
36k22557
asked Apr 1 at 5:43
Aman KhanAman Khan
326
asked Apr 1 at 5:43
Aman KhanAman Khan
326
asked Apr 1 at 5:43
Aman KhanAman Khan
326
326
$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47
add a comment |
$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47
$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47
add a comment |
1 Answer
1
active
oldest
votes
$begingroup$
this question just seems like joining two points and find the slope of the line.
so you are correct
answered Apr 1 at 5:49
CColaCCola
1317
$endgroup$
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
add a comment |
Your Answer
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
$begingroup$
this question just seems like joining two points and find the slope of the line.
so you are correct
answered Apr 1 at 5:49
CColaCCola
1317
$endgroup$
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
add a comment |
$begingroup$
this question just seems like joining two points and find the slope of the line.
so you are correct
answered Apr 1 at 5:49
CColaCCola
1317
$endgroup$
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
add a comment |
$begingroup$
this question just seems like joining two points and find the slope of the line.
so you are correct
answered Apr 1 at 5:49
CColaCCola
1317
$endgroup$
this question just seems like joining two points and find the slope of the line.
so you are correct
answered Apr 1 at 5:49
CColaCCola
1317
answered Apr 1 at 5:49
CColaCCola
1317
answered Apr 1 at 5:49
CColaCCola
1317
answered Apr 1 at 5:49
CColaCCola
1317
1317
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
add a comment |
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
no need to use calculus at all
$endgroup$
– CCola
Apr 1 at 5:50
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
$begingroup$
Never thought of it this way! Wow! It makes sense now!
$endgroup$
– Aman Khan
Apr 1 at 5:51
add a comment |
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$begingroup$
Yeah, I would also calculate it like this. Looks good to me.
$endgroup$
– Matti P.
Apr 1 at 5:47
$begingroup$
Thank you! Calculus makes me feel stupid =)
$endgroup$
– Aman Khan
Apr 1 at 5:47