6.10A Solving one-variable, one-step equations

Big Sister burns 85 calories riding her bike each hour. She wants to burn less than 272 calories riding her bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn below 272 calories?

Big Mama burns 112 calories riding her bike each hour. She wants to burn more than 392 calories riding her bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn more than 392 calories?

Big Kitty burns 195 calories riding her bike each hour. She wants to burn less than 936 calories riding her bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn fewer than 936 calories?

Big Granny burns 5 calories riding her bike each hour. She wants to burn more than 55 calories riding her bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn 792 calories?

Big Papa burns 25 calories riding his bike each hour. He wants to burn more than 98 calories riding his bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn above 98 calories?

Big Baby burns 145 calories riding her bike each hour. She wants to burn less than 812 calories riding her bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn under 812 calories?

Big Brother burns 70 calories riding his bike each hour. He wants to burn more than 175 calories riding his bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn over 175 calories?

Big Dino burns 61 calories riding his bike each hour. He wants to burn more than 427 calories riding his bike at the same rate. Which inequality represents all possible values for t, the number of hours to burn more than 427 calories?

Match it! Select the correct answer from the pull down...Good luck!