+128 +128 +128 +38 +38 Apr 26, 2024
+1509 Points $M$, $N$, and $O$ are the midpoints of sides $\overline{KL}$, $\overline{LJ}$, and $\overline{JK}$, respectively, of triangle $JKL$. Points $P$, $Q$, and $R$ are the midpoints of $\overline{NO}$, $\overline{OM}$, and $\overline{MN}$, respectively.
read more .. +1509 +7 +1509 bader
Apr 26, 2024, 6:00:10 PM +1509 bader
Apr 26, 2024, 4:12:24 PM +4 +1509 bader
Apr 26, 2024, 2:52:20 PM +1509 bader
Apr 26, 2024, 2:52:09 PM +1105 parmen
Apr 26, 2024, 2:14:45 PM +1105 +1105 +1105 +1105 +785 +785 +785 +785 Apr 25, 2024
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+785 +785 +785 +785 +785 +785 +182 +1791 +1791 +1791 +1791 +1791 +128 +124 +128 +679 +128 +128 +4 Apr 23, 2024
+128 +11 +128 +128 +679 +679 In Ms. Q's deck of cards, every card is one of four colors (red, green, blue, and yellow), and is labeled with one of seven numbers ($1,$ $2,$ $3,$ $4,$ $5,$ $6,$ and $7$). Among all the cards of each color, there is exactly one card labeled with each number.
read more .. +679 +679 Sam writes down the numbers $1,$ $2,$ $\dots,$ $315,$ $316,$ $317,$ $\dots,$ $248,$ $249,$ $250.$
(a) How many digits did Sam write, in total?
(b) Sam chooses one of the digits written down at random. What is the probability
read more .. +466 Points $M$, $N$, and $O$ are the midpoints of sides $\overline{KL}$, $\overline{LJ}$, and $\overline{JK}$, respectively, of triangle $JKL$. Points $P$, $Q$, and $R$ are the midpoints of $\overline{NO}$, $\overline{OM}$, and $\overline{MN}$, respectively.
read more .. +466 +910 +910 +910 +679 +124 +910 +679 +910 +679 +124 +679 +124 +4 +785 +785 +785 +785 +16 +128 +128 Apr 22, 2024
+128 +128 +14 +128 +128 +128 +785 +785 +785 +128 +128 +128 +128 +128 +128 +128 +128 +128 +128 +128 +128 +128 +128 Apr 21, 2024
+4 +910 +910 +910 +910 +910 +910 +910 Points $M$, $N$, and $O$ are the midpoints of sides $\overline{KL}$, $\overline{LJ}$, and $\overline{JK}$, respectively, of triangle $JKL$. Points $P$, $Q$, and $R$ are the midpoints of $\overline{NO}$, $\overline{OM}$, and $\overline{MN}$, respectively.
read more .. +910 +910 +383 +383 +383 +383 +1032 +1032 +1032 +1105 +1105 +1105 +5 +1105 +1105 +1105 +1105 +1105 +1105 +1105 +1105 Apr 20, 2024
+124 +124 +124 +124 +785 +785 +785 +785 +785 +785 +785 +785 +785 +4 +1032 +1032 +1032 +1032 Apr 19, 2024
+1509 +1509 +38 +38 +38 +1509 +1509 +1509 +1509 +38 +38 +1509 +1509 +1509 +1509 +1509 +1509 +1509 +785 +785 +16 +1509 +1509 +1509 +12 Apr 18, 2024
+679 The function $f(x,y)$ gives an ordered pair as output. It is defined according to the following rules:
* If $x > 4$, $f(x,y) = (x - 4,y)$.
* If $x \le 4$ but $y > 4$, $f(x,y) = (x,y - 4)$.
* Otherwise, $f(x,y) = (x + y + 11,
read more .. +679 +679 +679 +679 +679 +679 +910 +910 +910 +124 +1509 +1509 +1509 +785 +1509 +785 +785 +785 +785 +785 +343 +343 +343 +6 +1509 +1509 +1509 +1509 +343 +343 +343 +1509 +1509 +1509 +16 Apr 17, 2024
+343 +343 +343 +343 +174 +1509 +1509 +1509 +1509 +1509 +1509 +1032 +1032 +1032 +1032 +1032 +1032 +1032 +1032 +1032 +4 You spin each spinner, roll a die, and find the sum. How many different sums are possible? Spinner 1: 1,2,3,4,5,6 Die: 1,2,3,4,5,6 Spinner 2: 2,3,4
+209 +209 +209 +209 +51 +158 +158 +158 +158 +4 +208 +208 +158 +158 +158 +158 Apr 16, 2024
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+910 +910 +182 +182 +182 +14 +910 +50 +910 +50 +910 +910 Points $M$, $N$, and $O$ are the midpoints of sides $\overline{KL}$, $\overline{LJ}$, and $\overline{JK}$, respectively, of triangle $JKL$. Points $P$, $Q$, and $R$ are the midpoints of $\overline{NO}$, $\overline{OM}$, and $\overline{MN}$, respectively.
read more .. +383 +16 +5 +383 +383 +383 +4 +1032 +1032 +1032 +679 +679 +679 +679 +383 +383 +383 +383 +1105 +1105 +1105 +1105 +1105 +1105 +182 +182 +24 +679 +679 +679 +158 +158 +158 +24 +158 +158 +158 +12 +158 +158 +158 Apr 14, 2024
+158 +158 +158 +24 +158 +158 +158 +158 +158 +158 +679 +1105 +1105 +1105 +1105 +1509 +64 +1509 +1509 +679 +679 +679 +1032 +1032 +1509 +1509 +1509 +1509 +679 +679 +679 In Ms. Q's deck of cards, every card is one of four colors (red, green, blue, and yellow), and is labeled with one of seven numbers ($1,$ $2,$ $3,$ $4,$ $5,$ $6,$ and $7$). Among all the cards of each color, there is exactly one card labeled with each number.
read more .. +124 +785 +785 +785 +785 Sam writes down the numbers $1,$ $2,$ $\dots,$ $315,$ $316,$ $317,$ $\dots,$ $248,$ $249,$ $250.$
(a) How many digits did Sam write, in total?
(b) Sam chooses one of the digits written down at random. What is the probability
read more .. +785 +785 +910 +910 +910 +910 +910 +910 Apr 13, 2024
+785 +785 +785 +38 +38 Points M, N, and O are the midpoints of sides KL, LJ, and JK, respectively, of triangle JKL. Points P, Q, and R are the midpoints of NO, OM, and MN, respectively. If the area of triangle PQR is 12, then what is the area of triangle JQR?<read more .. +785 +785 +785 +785 +785 +38 Points M, N, and O are the midpoints of sides KL, LJ, and JK, respectively, of triangle JKL. Points P, Q, and R are the midpoints of NO, OM, and MN, respectively. If the area of triangle PQR is 12, then what is the area of triangle JQR?<read more .. +124 +38 +785 +5 +785 +20 +20 +20 +20 +910 +910 +910 +910 +910 +19 +910 +30 +910 +208 Apr 12, 2024
+910 +910 +910 +910 +910 +85 +910 +910 +910 +910 +383 +383 +1030 +1030 Apr 11, 2024
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+30 +4 +679 +679 +383 +60 +60 +60 +60 +1032 Points $M$, $N$, and $O$ are the midpoints of sides $\overline{KL}$, $\overline{LJ}$, and $\overline{JK}$, respectively, of triangle $JKL$. Points $P$, $Q$, and $R$ are the midpoints of $\overline{NO}$, $\overline{OM}$, and $\overline{MN}$, respectively.
read more .. +1032 +1032 +1032 +1105 +1105 +1105 +1791 +1791 +1791 +1791 +910 +910 +910 +910 +9 +209 +209 +209 +11 +209 +209 +209 +209 +209 +5 +51 +209 +209 +209 +209 +209 +209 +51 +51 Apr 9, 2024
+785 +785 +85 +785 +785 +785 +785 +182 +182 +182 +785 +785 +785 +785 +785 +785 +182 +182 +182 +182 +209 +209 +209 +209 Apr 8, 2024
+16 +16 +209 +209 +209 +30 +209 +209 +209 +910 +51 +51 +16 +16 +16 +16 +910 +910 +910 +910 +910 +910 +4 +95 +343 +343 +19 +85 +343 Apr 7, 2024
+343 The function $f(x,y)$ gives an ordered pair as output. It is defined according to the following rules:
* If $x > 4$, $f(x,y) = (x - 4,y)$.
* If $x \le 4$ but $y > 4$, $f(x,y) = (x,y - 4)$.
* Otherwise, $f(x,y) = (x + y + 11,
read more .. +343 +343 +208 +208 +208 +64 +64 +5 +208 +208 +208 +64 +208 +208 +208 +64 +39 +15 +910 +910 +819 +208 +39 +39 +39 +39 Apr 6, 2024
+10 +13 +208 +208
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