3076 results for "area".
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Question in UiT forkurs
Add, subtract, multiply and divide numerical fractions.
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Question in Caitríona's workspace
Inequality involving a single absolute value, question solution uses the piecewise nature of the absolute value function.
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Question in Caitríona's workspace
Inequality involving a single absolute value, question solution uses the piecewise nature of the absolute value function.
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Question in Caitríona's workspace
No description given
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Students seem to not realise that $\frac{a}{b}\times c=c\times\frac{a}{b}=\frac{a\times c}{b}=\frac{c\times a}{b}=a\times c \div b=a\div b\times c=c\div b \times a \ne c \div (b\times a)\ldots $ etc. This question is my attempt to help rectify this.
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Question in Belinda's workspace
No description given
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Exam (2 questions) in Stephen's workspace
Questions on graph theory
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Question in Stephen's workspace
This question displays one of 10 graphs. It asks the student to either
(a) count the vertices, or
(b) count the edges, or
(c) state how many vertices a spanning tree would contain, or
(d) state how many edges a spanning tree would contain, or
(e) state the degree of a selected (randomly chosen) vertex.
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Question in Stephen's workspace
Students are randomly shown one of two networks. They are shown four sub-networks, and asked to identify which one is a minimum spanning tree for the network. Thus, there are 2 versions of this question.
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Question in MY QUESTIONS
Problem on a closed cylindrical tank having minimum surface area
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Widget Sales
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Widget Sales
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Widget Sales
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Widget Sales
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Widget Sales
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No description given
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Horizontal and vertical shifts and scales of a random cubic spline
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Widget Sales
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Widget Sales
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No description given
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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A graph of $f$ is drawn. Graph of a transformed version of $f$ is to be sketched, by dragging various points around.
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No description given
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No description given
